What Oil Filter Do You Use In A 2001 Yamaha 660 Raptop
From a humble YBR125 to a burn-animate YZF-R1; your Yamaha deserves the best engine oil.
In this guide, we've listed Yamaha'south recommended engine oil for a broad range of models, dating back over two decades.
Likewise as the best oil grade, we've too listed, where possible, the recommended minimum and maximum chapters for each engine.
Now all y'all accept to practise is discover your model, choose the best oil for your budget so if this is your kickoff oil change, read our motorcycle oil change guide.
Nosotros accept researched the right oil to the best of our power but it goes without saying: always consult your owner'southward manual where you will find the manufacturer'due south recommended engine oil.
Table of Contents
Yamaha Engine Oil Chart
We've listed all the Yamaha motorcycles we tin can observe, the manufacturer's recommended engine oil and the oil chapters (minimum and maximum where possible).CentralWe've also included a few acronyms to help you. FS = Fully Synthetic. S = Synthetic. API = American Petrol Found, which signifies a standard. JASO MA = Oil for motorcycles with moisture clutches. SG = An oil rating. Cull an oil that is SG or higher, ie SH, SM etc, merely not SD for case. Ext Tank = Eternal Oil Tank, not Premix.
| Make | Model | Engine oil | Oil Chapters |
|---|---|---|---|
| YAMAHA | AEROX 100 (YQ100) | 2-Stroke Oil | ane.iv – JASO FC |
| YAMAHA | AEROX R | ii-Stroke Ext Tank | 1.1 Fifty |
| YAMAHA | AEROX R | ||
| YAMAHA | AEROX R POWER | ii-Stroke Oil | i.4 – JASO FC or ISO EGC or D |
| YAMAHA | AEROX R/NAKED (4-Stroke) | 10W40 | 850 ML API SG |
| YAMAHA | AEROX R/NAKED 2-T | 2-Stroke Ext Tank | one.4 Fifty |
| YAMAHA | AEROX RACE REP. | 2-Stroke Ext Tank | 1.3 Fifty |
| YAMAHA | AXIS YA fifty R | 2-Stroke Oil | 950 ML API TC |
| YAMAHA | BL 125 BELUGA | ||
| YAMAHA | BRUIN 350 AN | 10W40 | 2.three L |
| YAMAHA | BT 1100 BULLDOG | 10W40 | 3.0 – three.1 L API SE |
| YAMAHA | BT 1100 BULLDOG | 20W40 | iii.0 – 3.1 API SE |
| YAMAHA | BW 100 | 2-Stroke Oil | 1.4 Fifty |
| YAMAHA | BW 50/R | two-Stroke Ext Tank | i.0 – API TC or TSC3 |
| YAMAHA | BW'S 125 (YW125) | 10W40 | 850 ML API SG |
| YAMAHA | BW'S l NG | two-Stroke Oil | one.3 – JASO FC |
| YAMAHA | BW'S SPY/Crash-land | 2-Stroke Oil | ane.1 – API TC or TSC3 |
| YAMAHA | CA 50 M | two-Stroke Oil | ane.0 L |
| YAMAHA | CV eighty BELUGA | 2-Stroke Oil | 1.ane L |
| YAMAHA | D'ELIGHT 110 (XC115) | 10W40 | 800 ML API SG |
| YAMAHA | D'ELIGHT 125 (LTS125-C) | 10W40 API.SG | 900 ML |
| YAMAHA | DT 125 E | 2-Stroke Oil | |
| YAMAHA | DT 125 LC | 2-Stroke Oil | 1.0 L |
| YAMAHA | DT 125 R | 2-Stroke Oil | 1.2 L |
| YAMAHA | DT 125 R | two-Stroke Ext Tank | i.3 L |
| YAMAHA | DT 125 R | 2-Stroke Oil | |
| YAMAHA | DT 125 X | 2-Stroke Ext Tank | one.3 L |
| YAMAHA | DT 175 MX | ii-Stroke Oil | 1.2 50 |
| YAMAHA | DT 250 | 2-Stroke Oil | |
| YAMAHA | DT 250 MX | 2-Stroke Oil | |
| YAMAHA | DT 400 | ||
| YAMAHA | DT 400 MX | ||
| YAMAHA | DT l M | two-Stroke Oil | |
| YAMAHA | DT 50 M/MX | ||
| YAMAHA | DT 50 MX-S | ii-Stroke Ext Tank | i.0 L |
| YAMAHA | DT 50 MX-S | ||
| YAMAHA | DT 50 R | 2-Stroke Ext Tank | one.1 L |
| YAMAHA | DT 80 LC1 | 2-Stroke Oil | 1.1 L |
| YAMAHA | DT eighty LC2 | ii-Stroke Ext Tank | 1.two L |
| YAMAHA | DT 80 LC2 | ||
| YAMAHA | DT fourscore MX | 2-Stroke Oil | |
| YAMAHA | DT 80 MX-S | 2-Stroke Oil | |
| YAMAHA | EW 50 SLIDER | 2-Stroke Oil | |
| YAMAHA | EW 50 SLIDER | ii-Stroke Ext Tank | ane.1 50 |
| YAMAHA | FJ 1100 | 20W40 | 3.0 – 3.75 API SE |
| YAMAHA | FJ 1200 | 20W40 | 3.0 – iii.75 L API SE |
| YAMAHA | FJ 1200 | 20W40 | 3.0 – 3.35 API SE |
| YAMAHA | FJ 1200/ABS | 20W40 | 3.0 – iii.4 L API SE |
| YAMAHA | FJR 1300 | 10W40 | 3.8 – 4.0 50 API SE |
| YAMAHA | FJR 1300 A | 10W40 | 3.viii – four.0 L API SE |
| YAMAHA | FJR 1300 A | 10W40 | three.8 – 4.0 L API SG |
| YAMAHA | FJR 1300 A | 10W40 | 3.8 – 4.0 L API SG |
| YAMAHA | FJR 1300 A (EURO 4) | 10W40 | 3.8 – 4.0 Fifty API SG |
| YAMAHA | FJR 1300 AE | 10W40 | three.eight – iv.0 Fifty API SG |
| YAMAHA | FJR 1300 AE (EURO four) | 10W40 | 3.8 – 4.0L API SG |
| YAMAHA | FJR 1300 AS | 10W40 | 3.8 – 4.0 L API SG |
| YAMAHA | FJR 1300 AS | 20W40 | three.eight – iv.0 MIN API SE |
| YAMAHA | FJR 1300 Equally (EURO iv) | 10W40 | 4.0 L API SG |
| YAMAHA | FS 80 SE | ||
| YAMAHA | FZ 750 | 20W40 | two.8 – iii.0 L API SE |
| YAMAHA | FZ 750 GENESIS | 20W40 | two.seven – 3.0 Fifty |
| YAMAHA | FZ 750 GENESIS | 20W40 | ii.7 – 3.0 L |
| YAMAHA | FZ 750 GENESIS | 20W40 | 2.7 – 3.0 L |
| YAMAHA | FZ1 | 10W40 | 2.ix – 3.one L API SG |
| YAMAHA | FZ1 FAZER | 10W40 | ii.nine – three.ane L API SG |
| YAMAHA | FZ1 FAZER GT | 10W40 | two.9 – 3.1 L API SG |
| YAMAHA | FZ6 | 10W40 | 2.5 – two.8L API SE |
| YAMAHA | FZ6 | 10W40 | 2.five – 2.8 L API SG |
| YAMAHA | FZ6 FAZER | 10W40 | 2.v – 2.viii 50 API SE |
| YAMAHA | FZ6 FAZER | 10W40 | 2.5 – 2.8 Fifty API SG |
| YAMAHA | FZ6 FAZER S2 (ABS) | 10W40 | ii.five – two.8 L API SG |
| YAMAHA | FZ6 S2 (ABS) | 10W40 | two.5 – 2.8 L API SG |
| YAMAHA | FZ8 | 10W40 | 2.9 – 3.1 L API SG |
| YAMAHA | FZ8 | 10W40 | 2.ix – three.1 50 API SG |
| YAMAHA | FZ8 FAZER | 10W40 | 2.9 – 3.1 Fifty API SG |
| YAMAHA | FZ8 FAZER | 10W40 | 2.ix – 3.1 L API SG |
| YAMAHA | FZR 1000 | 20W40 | 2.7 – 3.0 L API SE |
| YAMAHA | FZR 1000 EXUP | 20W40 | 2.7 – 3.0 L API SE |
| YAMAHA | FZR 1000 EXUP | 20W40 | 2.7 – 3.0 Fifty API SE |
| YAMAHA | FZR 400 | 20W40 | two.9 50 |
| YAMAHA | FZR 600 | 20W40 | 2.iii – 2.6 L |
| YAMAHA | FZR 600 | 20W40 | two.3 – two.six Fifty |
| YAMAHA | FZR 600 | 20W40 | 2.three – ii.6 50 |
| YAMAHA | FZR 600 R | 20W40 | ii.6 – two.ix L |
| YAMAHA | FZR 600 R | 20W40 | ii.6 – 2.9 L |
| YAMAHA | FZR 750 R | 20W40 | ii.vi – three.2 L |
| YAMAHA | FZS one thousand FAZER | 10W40 | 2.viii – three.0 L API SE |
| YAMAHA | FZS 600 FAZER | 10W40 | 2.5 – 2.seven 50 API SE |
| YAMAHA | FZS 600 FAZER | 10W40 | 2.5 – 2.seven L API SE |
| YAMAHA | FZS 600 FAZER | 10W40 | two.5 – two.7 L MIN API SE |
| YAMAHA | FZX 750 FAZER | 20W40 | 2.8 – 3.0 50 |
| YAMAHA | GTS 1000/A | 20W40 | 2.5 – 2.vii Fifty API SE |
| YAMAHA | JOG R | 2-Stroke Ext Tank | 1.4 – JASO:FC ISO:EG C or D |
| YAMAHA | JOG RR (CS50) | 2-Stroke Ext Tank | ane.4 – JASO:FC ISO:EG C or D |
| YAMAHA | LB 50 2M CHAPPY | 2-Stroke Oil | |
| YAMAHA | LB 50 3M BOB | ii-Stroke Oil | |
| YAMAHA | MT-01 | 10W40 | 3.7 – 4.1 L API SG |
| YAMAHA | MT-01 | 20W40 | iii.seven – 4.i L API SE |
| YAMAHA | MT-03 | 10W40 | 3.0 – iii.1 Fifty API SG |
| YAMAHA | MT-03 (EURO 4) | 10W40 | 2.12 L API SG |
| YAMAHA | MT-03 (EURO 4) | ||
| YAMAHA | MT-07 | 10W40 | 2.three – ii.6 L API SG |
| YAMAHA | MT-07 TRACER 700 (EURO 4) | 10W40 | 2.3 – 2.half-dozen Fifty API SG |
| YAMAHA | MT-07 TRACER 700 (EURO 5) | ||
| YAMAHA | MT-07 TRACER 700 GT | 10W40 | 2.three – ii.6 Fifty API SG |
| YAMAHA | MT-07/MOTO CAGE | 10W40 | 2.three – 2.half-dozen 50 API SG |
| YAMAHA | MT-07/MOTO Muzzle (EURO 4) | 10W40 | 2.three – 2.six L MIN API SG |
| YAMAHA | MT-09 (EURO 4) | 10W40 | 2.4 – 2.7 50 API SG |
| YAMAHA | MT-09 ABS/STREET RALLY/SPORT TRACKER | 10W40 | 2.four – 2.7 Fifty API SG |
| YAMAHA | MT-09 SP | 10W40 | 2.4 – 2.7 L API SG |
| YAMAHA | MT-09 TRACER | 10W40 | 2.4 – 2.7 L API SG |
| YAMAHA | MT-09 TRACER 900 (EURO 4) | 10W40 | 2.4 – ii.7 L API SG |
| YAMAHA | MT-09 TRACER 900 GT | 10W40 | 2.four – ii.7 L API SG |
| YAMAHA | MT-10 (EURO iv) | 10W40 or 15W50 | 3.ix – 4.i L API SG FS |
| YAMAHA | MT-10 SP (EURO iv) | 10W40 or 15W50 | 3.nine – 4.1 Fifty API FS |
| YAMAHA | MT-125 | 10W40 | 950 ML – 1.0 L API SG |
| YAMAHA | MT-125 (EURO iv) | 10W40 | 950 ML – 1.0 L API SG |
| YAMAHA | MT-125 (EURO 5) | ||
| YAMAHA | MW 125 TRICITY | 10W40 | 800 ML API SG |
| YAMAHA | MW 125 TRICITY (EURO 4) | 10W40 | 800 ML API SG |
| YAMAHA | NEO'Due south 100 | two-Stroke Oil | 1.ii L |
| YAMAHA | NEO'S fifty 2T | 2-Stroke Ext Tank | one.5 L |
| YAMAHA | NEO'S 50 4T | 10W40 | 780 ML |
| YAMAHA | NIKEN (MXT 850) | 10W40 | 2.4 – ii.vii L API SG |
| YAMAHA | NIKEN GT | 10W40 | two.four – 2.7 L API SG |
| YAMAHA | NMAX 125 (GPD 125-A) (EURO 4) | 10W40 API SG | 0.nine L |
| YAMAHA | Pw 80 | ||
| YAMAHA | RD 125 D-DX | ||
| YAMAHA | RD 125 DX | ||
| YAMAHA | RD 125 LC | 2-Stroke Oil | 1.1 Fifty |
| YAMAHA | RD 200 | 2-Stroke Oil | |
| YAMAHA | RD 200 D-DX | two-Stroke Oil | |
| YAMAHA | RD 250 | 2-Stroke Oil | |
| YAMAHA | RD 250 DX | 2-Stroke Oil | 1.five L |
| YAMAHA | RD 250 LC | two-Stroke Oil | i.half dozen 50 |
| YAMAHA | RD 350 | ||
| YAMAHA | RD 350 F.N.YPVS | ii-Stroke Oil | 1.half-dozen 50 |
| YAMAHA | RD 350 F.N.YPVS | 2-Stroke Oil | one.6 L |
| YAMAHA | RD 350 LC | 2-Stroke Oil | |
| YAMAHA | RD 350 LC YPVS | 2-Stroke Oil | i.6 L |
| YAMAHA | RD 400 | 2-Stroke Oil | 1.8 L |
| YAMAHA | RD 50 | ||
| YAMAHA | RD 50 DX | ||
| YAMAHA | RD 50 Grand | 2-Stroke Oil | |
| YAMAHA | RD 50 1000 | ii-Stroke Oil | one.0 L |
| YAMAHA | RD 50 MX | ||
| YAMAHA | RD 500 LC | two-Stroke Oil | |
| YAMAHA | RD 500 YPVS LC | 2-Stroke Oil | |
| YAMAHA | RD 80 LC1 | ||
| YAMAHA | RD 80 LC2 | 2-Stroke Oil | 1.ane L |
| YAMAHA | RD 80 MX | 2-Stroke Oil | ane.3 50 |
| YAMAHA | RS 100 DX | ||
| YAMAHA | RX 80 SE | ||
| YAMAHA | SCR 950 (EURO iv) | 10W40 | 3.seven – iv.0 L API SG |
| YAMAHA | SPY 50 | ||
| YAMAHA | SR 125/SE | 10W40 | one.0 – API SE |
| YAMAHA | SR 250 SE | 20W40 | 1.3 – 1.5 L API SE |
| YAMAHA | SR 400 | 10W40 | 2.0 – 2.1 L API SG |
| YAMAHA | SR 500 | 20W40 | 2.0 – 2.1 Fifty API SE |
| YAMAHA | SR 500 | 20W40 | 2.0 – 2.1 L API SE |
| YAMAHA | SR 500 | 20W40 | 2.0 – 2.1 L API SE |
| YAMAHA | SRX 600 | 20W40 | i.ix – 2.0 Fifty API SE |
| YAMAHA | SRX 600 | 20W40 | ane.9 – 2.0 L API SE |
| YAMAHA | STING SG 50 | ||
| YAMAHA | SZR 660 | 10W40 | 2.6 – 2.7 L API SE |
| YAMAHA | T eighty TOWNMATE | 10W40 | 850 ML |
| YAMAHA | TDM 850 | 10W40 | three.5 – 3.six L API SE |
| YAMAHA | TDM 850 | 20W40 | 3.8 – 3.9 L API SE |
| YAMAHA | TDM 850 | 20W40 | iii.8 – 3.9 L API SE |
| YAMAHA | TDM 900 | 10W40 | iii.8 – 3.nine 50 API SE |
| YAMAHA | TDM 900 | 10W40 | iii.8 – iii.9 L API SE |
| YAMAHA | TDM 900 A | 10W40 | three.8 – three.9 L API SG |
| YAMAHA | TDR 125 | 2-Stroke Oil | 1.ii L |
| YAMAHA | TDR 240 | 2-Stroke Oil | 1.iv L |
| YAMAHA | TDR 250 | 2-Stroke Oil | 1.four L |
| YAMAHA | TENERE 700 (T̉ۡN̉ۡR̉ۡ) | 10W40 | two.three Р2.6 L API SG |
| YAMAHA | T-MAX 500 (XP 500) | 10W40 | 2.viii – 2.nine L API SE |
| YAMAHA | T-MAX 500 ABS (XP 500) | 10W30 | 2.8 – ii.9 L API SG |
| YAMAHA | T-MAX 500 ABS (XP 500) | 10W40 | two.8 – 2.9 Fifty API SG |
| YAMAHA | T-MAX 530 (EURO 4) (XP 530) | 10W40 | 2.6 – 2.9 L API SG |
| YAMAHA | T-MAX 530 ABS (XP 500) | 10W40 | ii.vii – 2.nine L API SG |
| YAMAHA | T-MAX 530 DX (EURO 4) (XP 530) | 10W40 | two.6 – 2.9 L API SG |
| YAMAHA | T-MAX 530 SX (EURO 4) (XP 530) | 10W40 | 2.6 – 2.9 Fifty API SG |
| YAMAHA | T-MAX 560 (XP 560) (EURO 5) | 10W40 | 2.6 – ii.9 L API SG |
| YAMAHA | T-MAX 560 TECH MAX (XP 560) (EURO 5) | 10W40 | 2.6 – 2.9 Fifty API SG |
| YAMAHA | TR 1 | 20W40 | three.0 – 3.1 L API SE |
| YAMAHA | TRICITY 300 | ||
| YAMAHA | TRICKER 250 | 10W40 | 1.ii – 1.3 Fifty API SE |
| YAMAHA | TRX 850 | 10W40 | iii.v – 3.6 Fifty API SE |
| YAMAHA | TT 350 S | 10W40 | |
| YAMAHA | TT 600 | 10W30 | ii.0 – 2.1 50 |
| YAMAHA | TT 600 | 20W40 | 1.nine – 2.0 L |
| YAMAHA | TT 600 E (BELGARDA) | 10W40 | 2.2 – two.3 L API SE |
| YAMAHA | TT 600 N | 20W40 | 2.0 – two.1 L |
| YAMAHA | TT 600 R | 10W40 | 2.vii – 2.8 L API SE |
| YAMAHA | TT 600 RE (with Due east-STARTER) | 10W40 | 2.7 – ii.8 50 API SE |
| YAMAHA | TT 600 RE (with E-STARTER) | 10W40 | 2.four – 2.5 L API SE |
| YAMAHA | TT 600 Due south (BELGARDA) | 20W40 | two.2 – 2.3 L |
| YAMAHA | TW 125 | 10W40 | 1.0 – 1.i L API SE |
| YAMAHA | TY 125 | ||
| YAMAHA | TY 250 | ||
| YAMAHA | TY 50 Chiliad | ||
| YAMAHA | TZR 125 | 2-Stroke Oil | ane.seven L |
| YAMAHA | TZR 250 | ii-Stroke Oil | |
| YAMAHA | TZR 50 | 2-Stroke Oil | 1.35 – TYP JASO FC |
| YAMAHA | VERSITY 300 | 10W40 | 1.ii – 1.2 50 API SE |
| YAMAHA | V-MAX | 10W40 | 3.five – three.eight L or three.four L |
| YAMAHA | VMAX 1700 | 10W40 | 4.3 – 4.seven API SG or JASO MA |
| YAMAHA | VP 125 X-CITY | 10W40 | one.4 – 1.5 L API SG |
| YAMAHA | WHY 50 (YH50) | two-Stroke Ext Tank | 1.1 – JASO FC or ISO EGC or D |
| YAMAHA | WR 125 R | 10W40 | 950 ML – one.0 Fifty API SG |
| YAMAHA | WR 125 10 | 10W40 | 950 ML – 1.0 L API SG |
| YAMAHA | WR 250 R | 10W40 | 1.3 – ane.4 L API SG |
| YAMAHA | WR 250 10 | 10W40 | 1.3 – 1.4 L API SG |
| YAMAHA | WR 450 F | 10W40 | i.1 Fifty API SG |
| YAMAHA | Ninety 125 BELUGA | 20W40 | 1.0 – ane.1 Fifty |
| YAMAHA | XC 125 East VITY | 10W30 | i.0 – one.0 L API SG |
| YAMAHA | Ninety 125 F CYGNUS | 10W40 | 1.0 – 1.2 Fifty API SE |
| YAMAHA | XC 125 T CYGNUS | 10W30 | 1.0 – ane.2 L API SE |
| YAMAHA | XC 125 TR CYGNUS | 10W40 | 1.0 – i.two L API SE |
| YAMAHA | 90 125 X CYGNUS | 10W30 | 1.0 – 0.9 50 API SE |
| YAMAHA | XC 180 CYGNUS | 20W40 | |
| YAMAHA | X-CITY VP250 | 10W40 | 1.2 – 1.ii 50 API SG |
| YAMAHA | XENTER 125 | 10W40 | 1.1 – API SG |
| YAMAHA | XJ 550 | 20W40 | 2.3 – 2.5 Fifty API SE |
| YAMAHA | XJ 550 | 20W40 | 2.3 – ii.5 L API SE |
| YAMAHA | XJ 600 | 20W40 | ii.3 – 2.six 50 API SE |
| YAMAHA | XJ 600 | 20W40 | ii.3 – 2.6 L API SE |
| YAMAHA | XJ 600 | 20W40 | 2.three – 2.6 50 API SE |
| YAMAHA | XJ 600 Due south/N DIVERSION | 20W40 | 2.2 – ii.5 50 API SE |
| YAMAHA | XJ 600 S/Due north DIVERSION | 20W40 | 2.2 – two.5 L API SE |
| YAMAHA | XJ 600 S/North DIVERSION | 20W40 | ii.2 – ii.5 L API SE |
| YAMAHA | XJ 600 South/North DIVERSION | 20W40 | two.ii – 2.5 Fifty API SE |
| YAMAHA | XJ 650 | 20W40 | ii.35 – 2.65 L |
| YAMAHA | XJ 650 | 20W40 | 2.65 – 2.95 Fifty |
| YAMAHA | XJ 650 TURBO | 20W40 | two.35 – two.65 L |
| YAMAHA | XJ 750 | 20W40 | 2.5 – two.eight Fifty API SE |
| YAMAHA | XJ 750 SECA | 20W40 | ii.5 – 2.8 L |
| YAMAHA | XJ 900 F | 20W40 | 2.five – ii.8 L API SE |
| YAMAHA | XJ 900 F | 20W40 | 2.5 – ii.eight L API SE |
| YAMAHA | XJ 900 F (STRIDER) | 20W40 | ii.five – 2.viii 50 API SE |
| YAMAHA | XJ 900 N | 20W40 | ii.five – 2.viii L API SE |
| YAMAHA | XJ 900 Southward DIVERSION | 10W40 | three.2 – 3.4 L API SE |
| YAMAHA | XJ6 DIVERSION | 10W40 | 2.5 – 2.eight 50 API SG |
| YAMAHA | XJ6 DIVERSION F | 10W40 | two.5 – ii.8 Fifty API SG |
| YAMAHA | XJ6/SP (ABS) | 10W40 | 2.v – 2.8 L API SG |
| YAMAHA | XJR 1200 | 20W40 | 3.0 – iii.3 L API SE |
| YAMAHA | XJR 1200 SP | 20W40 | 3.0 – 3.iii 50 API SE |
| YAMAHA | XJR 1300 | 10W40 | three.0 – 3.3 L API SE |
| YAMAHA | XJR 1300 | 10W40 | 3.0 – 3.3 L API SE |
| YAMAHA | XJR 1300 | 10W40 | 2.8 – iii.2 L API SG |
| YAMAHA | XJR 1300 | 10W40 | ii.viii – 3.ii 50 API SG |
| YAMAHA | XJR 1300 RACER | 10W40 | two.8 – 3.2 50 API SG |
| YAMAHA | XJR 1300/SP | 10W40 | 3.0 – 3.iii L API SE |
| YAMAHA | X-MAX 300 (EURO 4) | 10W40 | ane.6 50 API SG |
| YAMAHA | XN 125 TEOS | 10W40 | 1.iii – ane.four 50 API SE |
| YAMAHA | XQ 125 MAXSTER | 10W40 | 1.3 – 1.4 50 API SE |
| YAMAHA | XQ 150 MAXSTER | 10W40 | 1.3 – 1.4 50 API SE |
| YAMAHA | XS 1100 | 20W40 | 3.0 – 3.7 L |
| YAMAHA | XS 1100 (1.1) | 20W40 | 3.0 – 3.7 L |
| YAMAHA | XS 1100 Southward | 20W40 | three.0 – 3.vii L |
| YAMAHA | XS 250 | 20W40 | 2.0 – ii.3 Fifty API SE |
| YAMAHA | XS 250 (1U5) | 20W40 | 2.0 – ii.3 L API SE |
| YAMAHA | XS 360 | 20W40 | 2.0 – 2.3 L |
| YAMAHA | XS 400 | 20W40 | 2.0 – 2.3 50 API SE |
| YAMAHA | XS 400 DOHC | 20W40 | 2.1 – 2.5 L API SE |
| YAMAHA | XS 400 SE | 20W40 | 1.8 – 2.0 L API SE |
| YAMAHA | XS 500 | 20W40 | 3.0 – 3.2 Fifty API SE |
| YAMAHA | XS 650 | 20W40 | 2.3 – two.6 Fifty |
| YAMAHA | XS 650 SE | 20W40 | 2.3 – ii.vi L |
| YAMAHA | XS 750 SE | 20W40 | two.8 – three.2 L |
| YAMAHA | XS 750/E | 20W40 | two.eight – 3.2 L |
| YAMAHA | XS 850 | 20W40 | two.8 – iii.1 50 API SE |
| YAMAHA | XSR 700 (EURO 4) | 10W40 | 2.3 – 2.six 50 API SG |
| YAMAHA | XSR 700 XTRIBUTE | 10W40 | 2.3 – two.6 L API SG |
| YAMAHA | XSR 900 | 10W40 | 2.iv – 2.7 L API SG |
| YAMAHA | XT 1200 Z SUPER Tenere | 10W40 | 3.1 – iii.4 50 API SG |
| YAMAHA | XT 1200 Z SUPER Tenere | 10W40 | 3.1 – iii.iv L API SG |
| YAMAHA | XT 1200 Z SUPER Tenere | 10W40 | 3.one – 3.four Fifty API SG |
| YAMAHA | XT 1200 ZE SUPER Tenere | 10W40 | 3.one – iii.4 L API SG |
| YAMAHA | XT 1200 ZE SUPER Tenere | 10W40 | 3.1 – 3.4 50 API SG |
| YAMAHA | XT 125 R | 10W40 | 1.0 – API SE |
| YAMAHA | XT 125 X | 10W40 | 1.0 – API SE |
| YAMAHA | XT 250 | 20W40 | one.3 – 1.5 50 API SE |
| YAMAHA | XT 350 | 10W40 | 1.3 – one.4 L API SE |
| YAMAHA | XT 350 | 20W40 | i.3 – 1.4 50 API SE |
| YAMAHA | XT 350 | 20W40 | 1.3 – 1.iv Fifty API SE |
| YAMAHA | XT 350 | 20W40 | 1.three – 1.4 L API SE |
| YAMAHA | XT 500 | 20W40 | 2.0 – ii.2 50 API SE |
| YAMAHA | XT 500 | 20W50 | ii.0 – 2.1 L API SE |
| YAMAHA | XT 550 | 20W40 | 1.8 – 1.ix L API SE |
| YAMAHA | XT 550 | 20W40 | i.8 – ane.9 L API SE |
| YAMAHA | XT 600 | 20W40 | 1.nine – 2.0 L |
| YAMAHA | XT 600 | 20W40 | 2.0 – 2.i L |
| YAMAHA | XT 600 | 20W40 | two.0 – ii.1 L |
| YAMAHA | XT 600 East | 20W40 | ii.vi – 2.8 L API SE |
| YAMAHA | XT 600 E/K | 20W40 | ii.7 – 2.viii 50 |
| YAMAHA | XT 600 E/K | 20W40 | 2.7 – 2.9 50 API SE |
| YAMAHA | XT 600 Z | 20W40 | 1.9 – 2.0 L API SE |
| YAMAHA | XT 600 Z | 20W40 | 1.9 – 2.0 50 |
| YAMAHA | XT 600 Z | 20W40 | 1.9 – two.0 L |
| YAMAHA | XT 600 Z TENERE | 20W40 | 1.9 – 2.0 L API SE |
| YAMAHA | XT 660 R | 10W40 | 2.five – 2.vi L API SE |
| YAMAHA | XT 660 X | 10W40 | 2.5 – 2.6 50 API SE |
| YAMAHA | XT 660 Z Tenere / ABS | 10W40 | 2.five – ii.six L API SG |
| YAMAHA | XTZ 660 | 20W40 | 2.6 – 2.7 Fifty API SE |
| YAMAHA | XTZ 660 | 20W40 | 2.6 – 2.7 L |
| YAMAHA | XTZ 660 Tenere | 20W40 | two.6 – 2.7 L |
| YAMAHA | XTZ 750 SUPER Tenere | 20W40 | 3.viii – three.9 Fifty API SE |
| YAMAHA | XTZ 750 SUPER Tenere | 20W40 | 3.viii – 3.ix 50 API SE |
| YAMAHA | Xv 1000 | 20W40 | 2.8 – three.ane L API SE |
| YAMAHA | XV 1000 SE (MIDNIGHT SPECIAL) | 20W40 | 3.0 – iii.3 Fifty API SE |
| YAMAHA | Fifteen 1000 VIRAGO | 20W40 | 3.0 – iii.2 Fifty API SE |
| YAMAHA | Fifteen 1100 VIRAGO | 10W40 | 3.0 – 3.1 Fifty API SE |
| YAMAHA | 15 125 VIRAGO | 10W40 | i.4 – 1.6 L API SE |
| YAMAHA | XV 1600 WILD STAR | 10W40 | iii.seven – iv.1 L API SE |
| YAMAHA | XV 1700 Road STAR WARRIOR | 10W40 | 3.7 – iv.one L API SE |
| YAMAHA | 15 1900 MIDNIGHT STAR | 20W40 | 4.1 – 4.9 Fifty API SG |
| YAMAHA | 15 250/Southward VIRAGO (3LS) | 20W40 | i.4 – 1.half-dozen Fifty API SE |
| YAMAHA | XV 500 SE SPECIAL | 20W40 | 2.iv – two.5 Fifty API SE |
| YAMAHA | 15 535/S VIRAGO | 20W40 | ii.six – 2.8 L API SE |
| YAMAHA | Fifteen 535/Due south VIRAGO | 20W40 | two.vi – 2.8 Fifty API SE |
| YAMAHA | 15 535/S/DX VIRAGO | 10W40 | two.half dozen – ii.8 L API SE |
| YAMAHA | Fifteen 750 SE | 20W40 | three.ane – 3.6 L |
| YAMAHA | XV 750 VIRAGO | 20W40 | three.0 – 3.1 L API SE |
| YAMAHA | Xv 750 VIRAGO | 20W40 | 3.0 – 3.1 L API SE |
| YAMAHA | 15 920 K | 20W40 | 3.0 – iii.1 50 API SE |
| YAMAHA | XV 950 /R (EURO 4) | 10W40 | 3.7 – iv.0 L API SG |
| YAMAHA | Xv 950 RACER | 10W40 | 3.7 – 4.0 50. API SG |
| YAMAHA | Xv 950/R | 10W40 | iii.7 – 4.0 L API SG |
| YAMAHA | XVS 1100 A Drag STAR Archetype | 10W40 | iii.0 – three.1 50 API SE |
| YAMAHA | XVS 1100 Drag STAR | 10W40 | 3.0 – iii.ane L API SE |
| YAMAHA | XVS 125 DRAG STAR | 10W40 | 1.4 – 1.vi L API SE |
| YAMAHA | XVS 1300 A MIDNIGHT STAR | 10W40 | three.2 – 3.4 Fifty API SG |
| YAMAHA | XVS 1300 CUSTOM | 10W40 | 3.2 – iii.4 L API SG |
| YAMAHA | XVS 250 DRAG STAR | 10W40 | i.four – 1.half dozen L API SE |
| YAMAHA | XVS 650 Elevate STAR | 10W40 | 2.vi – 2.8 L API SE |
| YAMAHA | XVS 650 Elevate STAR CLASSIC | 10W40 | 2.6 – two.eight 50 API SE |
| YAMAHA | XVS 950 A MIDNIGHT STAR | 10W40 | 3.7 – four.0 API SG or JASO MA |
| YAMAHA | XVZ 12 T VENTURE | 20W40 | 3.5 – 3.7 Fifty API SE |
| YAMAHA | XVZ 13 TD VENTURE | 10W40 | 3.5 – iii.eight L API SE |
| YAMAHA | XVZ 1300 A ROYAL STAR | 10W40 | 3.5 – three.seven Fifty API SE |
| YAMAHA | XVZ 1300 TF Imperial STAR VENTURE | 10W40 | three.five – 3.seven L API SE |
| YAMAHA | XZ 550 | 10W40 | 2.4 – 2.7 L |
| YAMAHA | YBR 125 | 10W40 | ane.0 – 1.two L API SG |
| YAMAHA | YBR 125 CUSTOM | 10W40 | 1.0 – API SG |
| YAMAHA | YBR 250 | 20W40 or fifty | 1.35 – 1.45 L API SF |
| YAMAHA | YE 50 Cakewalk | 2-Stroke Ext Tank | 1.1 – API TC or TSC3 |
| YAMAHA | YE l ZEST | ii-Stroke Ext Tank | 1.one – API TC or TSC3 |
| YAMAHA | YE eighty ZEST | 2-Stroke Oil | i.1 – API TC or TSC3 |
| YAMAHA | YFA 125 BREEZE | 20W40 | 1.25 Fifty API SE |
| YAMAHA | YFM 125 GRIZZLY | 10W40 API SG+ | 1.25 50 |
| YAMAHA | YFM 250 AN BRUIN | 10W40 | 1.vi 50 API SE |
| YAMAHA | YFM 350 FWAN 4WD | 10W40 | 2.ii – 2.3 50 API SE |
| YAMAHA | YFM 350 R RAPTOR | 10W40 | two.5 – 2.half-dozen L API SG |
| YAMAHA | YFM 400 BIG Comport PRO | 10W30 | 2.9 – iii.0 50 API SE |
| YAMAHA | YFM 450 FWAN IRS GRIZZLY (4WD) | 10W40 | ii.three – two.4 L API SE |
| YAMAHA | YFM 450 FX WOLVERINE (4WD) | 10W40 | two.3 – two.iv L API SE |
| YAMAHA | YFM 450 KODIAK | 10W40 | MIN API SE |
| YAMAHA | YFM 660 GRIZZLY FWA | 10W30 | ii.ii 50 |
| YAMAHA | YFM 660 RAPTOR | 10W40 | i.ix – 2.0 L API SE |
| YAMAHA | YFM 700 F GRIZZLY/EPS | 10W40 | 2.0 – 2.ane L API SG |
| YAMAHA | YFM 700 R | 10W40 | 1.75 – i.85 50 API SG |
| YAMAHA | YFS 200 BLASTER | ||
| YAMAHA | YFZ 350 BANSHEE | ||
| YAMAHA | YFZ 450 | 10W40 | one.75 – 1.85 L API SG |
| YAMAHA | YFZ 450 R | 10W40 | 1.40 – one.45 L API SG |
| YAMAHA | YP 125 MAJESTY | 10W40 | i.3 – 1.4 50 API SE |
| YAMAHA | YP 125 MAJESTY Southward | 10W40 | 950 ML API SG |
| YAMAHA | YP 125 R MAJESTY | 10W40 | 1.three – i.four L API SE |
| YAMAHA | YP 125 R Ten-MAX | 10W40 | ane.four – i.5 L API SE |
| YAMAHA | YP 125 R X-MAX | 10W40 | 1.4 – 1.5 L API SE |
| YAMAHA | YP 125 R Ten-MAX | 10W40 or 50 | 1.4 – 1.5 Fifty API SG |
| YAMAHA | YP 125 R X-MAX /ABS | 10W40 | i.5 Fifty APISG |
| YAMAHA | YP 250 DX MAJESTY | 10W40 | i.two – i.2 L API SE |
| YAMAHA | YP 250 MAJESTY | 10W40 | one.2 – i.2 L API SE |
| YAMAHA | YP 250 R X-MAX | 10W40 | one.2 – 1.2 L API SG |
| YAMAHA | YP 250 R Ten-MAX /ABS | 10W40 | 1.3 Fifty API SF |
| YAMAHA | YP 400 MAJESTY | 10W40 | ane.5 – 1.vii L API SE |
| YAMAHA | YP 400 R 10-MAX | 10W40 | ane.7 L API SG |
| YAMAHA | YP 400 R/RA X-MAX | 10W40 | ane.5 – 1.7 L API SG |
| YAMAHA | YP 400 RA 10-MAX | 10W40 | ane.5 – one.seven L API SG |
| YAMAHA | YS 125 (EURO iv) | 10W40 or 20W40 | i.1 50 API SG |
| YAMAHA | YZF 1000 R THUNDERACE | 10W40 | iii.0 – 3.ii 50 API SE |
| YAMAHA | YZF 600 R THUNDERCAT | 10W40 | 2.6 – 2.nine L API SE |
| YAMAHA | YZF 750 R | 20W40 | three.0 – 3.2 L API SE |
| YAMAHA | YZF 750 SP | 20W40 | iii.0 – iii.ii L API SE |
| YAMAHA | YZF-R 125 | 10W40 | 950 ML – 1.0 Fifty API SG |
| YAMAHA | YZF-R 125 (EURO four) | 10W40 | 1.0 L MIN API SG |
| YAMAHA | YZF-R1 | 10W40 or 10W50 | three.nine – 4.1L FSAPI SG |
| YAMAHA | YZF-R1 | 10W40 | 2.7 – ii.9 L API SE |
| YAMAHA | YZF-R1 | 10W40 | ii.7 – ii.ix Fifty API SE |
| YAMAHA | YZF-R1 | 10W40 | 2.seven – 2.ix Fifty API SE |
| YAMAHA | YZF-R1 | 10W40 | ii.9 – three.one L API SE |
| YAMAHA | YZF-R1 | 10W40 | ii.9 – iii.1 L API SE |
| YAMAHA | YZF-R1 | 10W40 | two.nine – 3.1 50 API SE |
| YAMAHA | YZF-R1 | 10W40 | 2.ix – three.ane L API SG |
| YAMAHA | YZF-R1 | 10W40 | 3.7 – 3.9 API SG or JASO MA |
| YAMAHA | YZF-R1 | 10W40 | iii.seven – iii.nine L API SG |
| YAMAHA | YZF-R1 (EURO 4) | 10W40 or 15W50 | 3.9 – four.1L FSAPI SG |
| YAMAHA | YZF-R1 (EURO five) | ||
| YAMAHA | YZF-R1 SP | 10W40 | 2.nine – 3.1 L API SE |
| YAMAHA | YZF-R1M (EURO four) | 10W40 or 15W50 | 3.9 – four.1L FSAPI SG |
| YAMAHA | YZF-R1M (EURO v) | ||
| YAMAHA | YZF-R3 | 10W40 | i.viii – two.1 L API SG |
| YAMAHA | YZF-R3 | 10W40 | 2.i L API SG |
| YAMAHA | YZF-R3 (EURO 4) | 10W40 | 2.1 50 API SG |
| YAMAHA | YZF-R6 | 10W40 | 2.5 – ii.seven L API SE |
| YAMAHA | YZF-R6 | 10W40 | 2.5 – two.7 L API SE |
| YAMAHA | YZF-R6 | 10W40 | 2.iv – 2.six Fifty API SE |
| YAMAHA | YZF-R6 | 10W40 | two.4 – two.6 Fifty API SG |
| YAMAHA | YZF-R6 | 10W40 | ii.4 – ii.six Fifty API SE |
| YAMAHA | YZF-R6 | 10W40 | 2.iv – 2.6 L API SE |
| YAMAHA | YZF-R6 (EURO four) | 10W40 or 20W40 | ii.vi 50 API SG |
| YAMAHA | YZF-R6 S | 10W40 | 2.4 – 2.6 50 API SG |
| YAMAHA | YZF-R7 | 20W40 | 2.vi – 2.8 50 |
What You Demand To Know
If y'all ameliorate sympathize the differences betwixt unlike engine oils, yous'll always choice the best one for your needs and budget.
What'due south the difference between different engine oils?
Mineral oils are refined from petroleum, but even mineral oils contain some synthetic compounds or additives to improve them. Semi-synthetic oils are a blend of mineral and constructed oils. They accept definite improvements over pure mineral oils. Semi-synthetics tin can comprise "hydrocracked" bases.
Hydrocracked oils are mineral oils that accept been subjected to intense pressure and temperature to change the construction of the molecules, making the resultant oil more stable and resistant to evaporation at higher temperatures. Semi-synthetic oils don't cost much more than mineral oils do, but offer advantages over the latter.
Full-synthetic oils, however, are far more expensive than mineral or semi-constructed oils. Full-synthetics are human being-made oils that take been tailored to give them certain advantages like the fact that they perform better in extreme temperatures, are less likely to evaporate or sparse excessively in rut, etc. Full-synthetics contain poly-blastoff-olefins (PAO) and esters. PAOs don't gel at low temperatures, making them necessary for whatever true 0W oil.
Esters are like to PAOs only too help protect metallic surfaces and offer good lubrication. Total-synthetic oils are expensive and, unless you lot are racing, not necessarily recommended for motorcycles. For the everyday rider, a semi-synthetic shear-stable 10W-40 oil with some ester content would be a dandy pick.
What's the best type of oil to use for road riding?
Your ideal selection of oil would be an ester semi-constructed 10W-40 or a 10W-30 that is also shear-stable. The fact that the oil is shear-stable is more important than the fact that it is semi-synthetic.
Y'all are all the same ameliorate off choosing shear-stable mineral-based oil than a depression-quality semi-synthetic ane that isn't shear-stable. Only for frequent long-altitude riders would the cost of a full-constructed oil be worth information technology, equally it tin can help save on oil changes and fuel costs.
Does a high-performance oil produce more power?
There will ever be loss of engine output due to things like thermodynamics, which can't be inverse that much. However, some of that loss, nigh 6%, is due to oil drag. By using quality just low viscosity oil, this loss can be minimised and engine power increased. For a typical 100bhp motorcycle, a lighter engine oil might show a 2bhp superlative comeback.
Choosing the right oil filter
If you lot're changing your engine oil, it makes sense to modify the oil filter too. An oil filter removes tiny particles from the oil, helping to keep the oil fresher and work to its best ability for longer. A new filter costs a few quid and it only takes a couple of minutes to modify.
We've put together this Yamaha engine oil filter chart to aid y'all pick the all-time oil filter for your motorcycle.
How To Change Your Motorbike'south Oil
If you've never changed your motorbike's oil before, you might be apprehensive but you needn't be. With the right tools, anyone can alter their engine oil in under an hour. Nosotros've put together this simple guide to help you through your first motorbike oil change.
Recommended Motorcycle Engine Oils
The table below shows all the dissimilar engine oils available for four-stroke motorbike engines. Nosotros've listed them by viscosity. Then we've listed the best motorbike engine oil available in each viscosity, from Mineral-based engine oils to Semi-Constructed, right up to Fully Synthetic and even top-quality ester-based oils.
The table has been compiled from possessor reviews and ratings and manufacturer-specified oil, where applicative.
5W30
Fully Synthetic. Ester-based oil to ensure maximum ability output of the engine without compromising the reliability and the wear. Used past Mill race teams. Ideal for wet clutches. Quality doesn't come cheap.
5W40
Fully Synthetic. For racing and performance motorcycles where excellence is the only option. Specially researched synthetic esters provide infrequent film strength and outstanding surface protection from get-go-upwards to maximum output..
10W30
Fully Synthetic.This ultra high performance 4-stroke motorcycle engine oil offers improved fuel economy and engine functioning, rapid oil circulation on cold start, first-class lubrication under all conditions, and superior moisture clutch performance.
Semi-Synthetic.Particularly suitable for tuned engines or those used in hot climates. Utilising an ester base. Ensures rapid oil apportionment on a cold showtime, excellent lubrication under all conditions, and superior wet clutch performance. API SL, & JASO MA2.
10W40
Fully Synthetic.I of the best fully-synthetic motorbike engine oils. Ester-based oil, which is of the highest quality. Very high film force protects the engine and gearbox. Meets JASO MA. Ideal for oil immersed clutches. Compatible with catalytic converters.
Semi-Constructed.A loftier-quality function-constructed oil at a adept toll. Castrol'south 10W-40 is suitable for loftier-performance bikes including highly stressed multi-cylinder engines.
Mineral Based. A good quality mineral oil that provides protection under regular riding conditions. Especially suitable for pocket-size capacity engines and commuters.
10W50
Fully Constructed. Suitable for modern high-functioning motorbike engines where API or JASO specifications are recommended. Excellent shear stability.
10W60
Fully Synthetic. Elf's Moto4 is designed for high-performance 4-stroke engines. Its additives improve viscosity rating and thicken the oil at high temperatures, whilst maintaining its fluidity at low temperatures.
15W50
Fully Synthetic.Ultimate performance fully synthetic motorcycle oil for all loftier enervating iv stroke engines including racing engines. Offers ultimate lubrication at height performance levels. Outstanding shear stability and ageing resistance, low evaporation trend.
Semi-Constructed.Designed for the latest generation European and Japanese motorcycles. 15W-l is well suited for large air-cooled single, twins and loftier mileage engines that require practiced high-temperature viscosity and oil consumption control.
20W40
Semi Synthetic. 4 stroke engine oil exceeds the requirements of the leading manufacturers. Offering excellent high mileage engine protection.
20W50
Fully Synthetic. 100% constructed four-Stroke lubricant with Ester technology. Engineered for two cylinder engines and meets Harley Davidson spec. Meets JASO MA2 specifications for optimal moisture clutch performance and suitable for catalytic converters.
Mineral based. Mineral oil based iv-stroke engine oil for all Harley Davidson & Metric V-Twin Cruisers. Provides protection over a broad range of operating weather condition. Promotes a loftier level of engine cleanliness.
What does Engine Oil Do?
A good engine oil lubricates, protects, cleans, and cools the engine to keep it running smoothly.
Engine oil provides lubrication between the individual engine components, reducing friction. It does so by providing a glace picture betwixt the moving parts in the running engine. This ensures that the engine can run efficiently, at optimal performance and with increased power. Lubrication is also vitally important at start-up. Hither, the cold oil in the oil sump needs to exist chop-chop pumped back into the engine so that it tin provide lubrication. This allows for an ideal cranking speed to plough over the engine. In society to ensure that that oil can flow apace at start-up, merely also provide enough of a film to protect the engine when running, an engine needs an oil with different viscosity ranges.
Engine oil creates a moving-picture show on moving parts in the engine, which acts every bit a protective layer. By preventing and minimising metal-to-metal contact, wear of these components is reduced. Engine oil has another mode it protects the engine. Combustion by-products, oxidation and contamination from condensation all course acids. If left unchecked, these acids can cause corrosion in the engine, which tin lead to components failing. Engine oil ensures that this does not happen and and then protects the engine.
For an engine to run optimally, information technology needs to be clean. Deposits in the engine tin gum it up and reduce its performance. Further, unnecessary wearable and damage in an engine can exist acquired by microscopic contaminants. For perspective, a unmarried hair is 100 microns thick. Contaminants as small as 5 to 20 microns could easily crusade harm to an engine. Engine oil keeps the engine clean by holding these contaminants in pause until they can be removed via the oil filter. Engine oil likewise prevents damaging deposits from forming.
Finally, engine oil likewise helps to go on the engine cool. Rut is caused past the friction between the moving parts likewise as by combustion. The radiator is responsible for cooling the top function of the engine. Cooling the remainder of the engine, like the pistons, rod bearings, timing gears, crankshaft, camshaft etc., is upwardly to engine oil. As oil passes over these heated surfaces, it absorbs the estrus. This hot oil then travels to the oil sump, where it is cooled by the air surrounding information technology.
What is Multigrade Oil?
Oil is thick and viscous when information technology is cold and and then thins as it warms upwardly. Cold thick oil struggles to circulate as the engine is started, but using a thinner oil here would mean that, once heated, the oil would exist too thin to fairly protect the engine.
The answer is using a multigrade oil. This oil, due to the addition of polymer, has two different viscosity grades. Past adding a polymer to a thin oil base, information technology is possible to have an oil that performs well in both hot and cold weather. The polymer ensures that as the oil is heated, the rate of thinning is slowed downwards. It besides ensures that, as the oil cools, the rate of thickening is slowed too.
Multigrade oil is identifiable by its two numbers, say 10W-xl. The commencement number 10W (Westward stands for Winter) refers to the viscosity of the oil at a low temperature. A lower number would mean a thinner oil, and then a 5W would be thinner than a 10W. A 0W oil would be the thinnest at cold temperature.
The 2nd number, 40, refers to the viscosity of the oil at a loftier temperature, which will always be measured at 100 °C. Again, a lower number means a thinner oil, so, at 100 °C, a 30 oil would be thinner than the twoscore oil. It is, of course, important to follow the guidelines of the manufacturer in choosing the correct multigrade oil for your motorbike.
Constructed Engine Oils Common Questions
Nosotros've answered some of the most common questions when information technology comes to synthetic motorcycle engine oil.
Volition my engine consume more synthetic oil?
Not probable. In modern engines, almost oil consumption happens due to evaporation at high temperatures. Synthetic oils, all the same, tend to exist far more resistant to evaporation, especially if they contain ester and PAO, so oil consumption should be lower with a synthetic. Irrelevant of oil type, oil consumption will get up in engines with lacking seals, and worn valve guides and piston rings. Hither, 1 might as well utilize a cheaper oil instead of a constructed one.
Is synthetic oil uniform with other engine oil?
Constructed oil is fully compatible with any other engine oil. Provided the oil is for a 4- stroke engine, ane tin can safely mix any blazon of oil irrelevant of what its base of operations is or what it contains, be it mineral, semi-synthetic, hydrocracked synthetic, PAO, ester, etc. The exception here would be Castor-oil-based racing oils.
Volition a synthetic oil void my warranty?
As long as yous follow the instructions in your handbook in regards to the viscosity ranges and API of an oil, yous can use whichever oil you cull, including synthetics, without affecting your warranty. The option of brand is besides up to you as OEMs, past law, cannot prescribe this.
Are synthetic oils worth the extra toll?
This depends. For a great bicycle in a peachy condition, the right synthetic oil will help keep maintenance costs downward, lower fuel costs, and proceed it running like new. For an oil-guzzling older model, synthetic oils may just not be worth the price.
Motorcycle Engine Oil FAQ
Can I use auto engine oil in my motorcycle?
This can be risky. Even though you tin and will observe car oil with the same viscosity ratings (i.e. 10w40) as for motorcycle engines, the additives in the oil will be different. Most cars use a split gearbox oil and most cars accept a dry clutch. So a car oil could make your clutch skid or knacker your gearbox. If you're buying a bike that'southward been run on auto oil, beware!
Does engine oil accept an expiry date?
Engine oils take an expiry date which means the functioning levels can no longer be guaranteed. However if your oil hasn't been opened, it'll take years and years for it to degrade. If your oil has been opened and is a couple of years out of date, it'll most likely exist admittedly fine. However, if you lot've already opened it and it's v years out of date yous'll be better off buying fresh oil as the additives in the oil may have oxidised and lost their qualities.
What are the most critical areas where the oil flows?
For a motorcycle engine, the critical engine areas are the piston assembly, bearings and valve train. The engine oill as well lubricates the clutch (but not if your motorbike has a dry clutch) and your motorcycle'due south gearbox.
What does my oil filter do and do I demand to supervene upon it?
The oil filter traps foreign particles and debris that are introduced into the oil by normal riding. These particles tin be annihilation from carbon deposits to minor metallic particles from your motorbike's engine. These particles can pb to engine impairment, while a blocked filter may pb to oil starvation and ultimately engine failure. An oil filter costs just a few pounds, so it makes sense to change this every fourth dimension you lot do an oil change.
What is the deviation betwixt a mineral, semi-constructed, and full-constructed engine oil?
Mineral oils are refined from petroleum, merely fifty-fifty mineral oils incorporate some synthetic compounds or additives to improve them. Semi-synthetic oils are a blend of mineral and synthetic oils. They accept definite improvements over pure mineral oils. Semi-synthetics can comprise "hydrocracked" bases. Hydrocracked oils are mineral oils that take been subjected to intense pressure and temperature to change the structure of the molecules, making the resultant oil more than stable and resistant to evaporation at higher temperatures. Semi-synthetic oils don't cost much more than mineral oils exercise, just offer advantages over the latter.
Why does a 2-stroke oil have to be mixed with fuel?
A 2-stroke engine is built and runs differently to a iv-stroke one. A 4-stroke engine keeps most of its oil in its crankcase and oil sump and recirculates this oil to lubricate the engine. With a 2-stroke engine, the procedure is somewhat unlike. Here, at that place is no oil sump every bit the crankcase deals with the compression and induction of the fuel/air mix. The just style, therefore, to provide oil to the engine for lubrication is by adding it to the fuel. As this oil is burnt with the fuel, it can't be recirculated. A specific 2-stroke oil is needed as 4-stroke oil would leave damaging deposits behind when it burns.
Is whatever engine oil ameliorate than no engine oil?
Aye, but when it comes to motorcycles, the 'right' engine oil is better than 'whatever' engine oil!
Why practise some engines burn oil?
Unfortunately, some types of engines just apply more than oil than others due to their design. Here, the burnt oil can leave damaging deposits backside, meaning these engines often need more than top overhauls. However, if a touring engine uses more oil than is necessary, changing to a lighter grade of oil often solves the problem.
Can I top up my engine with a unlike blazon of oil?
Every bit long as you don't mix a 2-stroke oil with a 4-stroke oil, you can safely tiptop your engine up with a different type of oil. Yous probably wouldn't want to mix different grades, say, a 5W-30 synthetic with a 20W-50 mineral oil, just if you do, information technology likely wouldn't do whatsoever harm.
Practice I need to warm upward my engine before riding?
The oil needs to be warm, simply, even meliorate, hot, particularly when riding at speed. When common cold oil is pumped into an engine, cavitation (bubbling of vacuum inside the oil) is likely to occur. This, in essence, ways that the engine does not receive plenty oil for it to run optimally at speed. Warmer, and so thinner, oil ensures that the engine non simply receives enough oil, only that all moving parts within it can work optimally. Ideally, use a 5W-forty or 10W-40 oil and ensure the engine warms up properly for a few km before speeding upward.
Do I need to regularly alter my oil?
If you tend to drive short distances with a low almanac mileage, regular oil changes are vital, irrelevant of whether the minimum mileage for an oil change was reached or not. Water vapour and fuel tend to make their style into the oil, and, unless you drive long distances, they never take the chance to evaporate. This can cause amercement similar corrosion, gear tooth pitting, and ring and bore wear. Long-distance riders with a high annual mileage who use a high-quality oil tin can beget to be a piffling more relaxed on the oil changes.
What's the best type of oil to use in a road bike?
Your ideal option of oil would exist an ester semi-synthetic 10W-40 or a 10W-xxx that is also shear-stable. The fact that the oil is shear-stable is more than important than the fact that it is semi-synthetic. You are notwithstanding better off choosing shear-stable mineral-based oil than a low-quality semi-constructed i that isn't shear-stable. Simply for frequent long-altitude riders would the cost of a total-synthetic oil exist worth it, as it can help save on oil changes and fuel costs.
How does oil 'cling' onto the engine'southward internals?
Where in that location is high-speed rotation in the engine, eastward.thousand. with a plain bearing, the high speed draws a thick layer of oil between the ii surfaces, like a wedge. Here, this oil supports and carries the load of these surfaces. As soon equally the spinning stops, nevertheless, either due to the slowing down or stopping of the engine, this wedged oil gives mode. Where no rotation occurs in an engine, oil cannot form this thick wedged layer to protect metal surfaces. Hither, oil provides a thin protective picture and often relies on anti-wearable agents, detergents, and anti-oxidant chemicals to assistance protect from metal-to-metal contact.
Engine Oil Glossary
When it comes to motorcycle engine oil, there are a lot of terms that get thrown around. Nosotros've created this quick glossary to help you empathise what everything ways.
Anti-Wear Agent
In boundary lubrication conditions, this additive reduces the amount of wear acquired past metallic-to-metal contact past chemically reacting with the metal surfaces and forming a movie between them.
Corrosion Inhibitor
This engine oil additive helps to protect metal surfaces by inhibiting corrosion caused past contaminants. Information technology usually does and then through a chemical reaction that forms a protective picture show over the metal surfaces.
Detergent
This engine oil additive chemically reacts with acidic, sludge-forming contaminants in the oil to neutralise them. It so holds these, now harmless, impurities in interruption.
Hydrocracking
Using hydrogen, the hydrocarbons in mineral oil are put under high temperature and pressure to crack their molecules. The result is a synthetic-like base stock of high quality. When blended with further additives, hydrocracked oil is not only extremely stable but also comparable in functioning to constructed oils.
Oxidation inhibitor
This additive prolongs the storage life of engine oil. It does so by helping to annul the negative effects of oxidation.
Synthetic lubricant
The base oils for synthetic lubricants are artificially fabricated from chemical compounds or polymerisation of hydrocarbons, instead of by refining petroleum. Constructed oils offer several advantages over mineral oils.
Viscosity
Viscosity refers to a fluid's resistance to menstruum. Temperature directly impacts the viscosity of the oil. Cold oil is thicker and hot oil is thinner. An engine oil, however, needs to exist able to fairly protect and lubricate an engine both at start-upwardly, when information technology is common cold and while running, when it is hot. The solution here is an oil with two different viscosity grades, i.e. a multigrade oil.
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What Oil Filter Do You Use In A 2001 Yamaha 660 Raptop,
Source: https://bikerrated.com/bikes/running/yamaha-motorcycles-engine-oil-chart/
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