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Yamaha FJR1300AS vs Kawasaki Versys 1000LT

Run an instant motorcycle specifications comparison across 44,149+ models. Select any two bikes below to compare engine displacement, horsepower, torque, wet weight, seat height, motorcycle fit, brakes, suspension, and ownership factors side by side.

Engine & Power Specs Seat Height & Motorcycle Fit Sport vs Touring vs Cruiser Weight & Ownership Factors
Bike A
Bike B
FJR1300AS
74
/100 Β· Sporty
Versys 1000LT
68
/100 Β· Sporty
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🧍 2D Ergonomics & Real-World Drag
Compare Riding Posture & Loaded Acceleration

Overlay rider knee angle, torso lean, and traffic-stop foot reach for FJR1300AS vs Versys 1000LT using your exact height & inseam:

5-Axis Engineering Telemetry

Head-to-Head Character Radar

Yamaha FJR1300AS (2017) Kawasaki Versys 1000LT (2016)
POWER TORQUE AGILITY ERGONOMICS RANGE Versys 1000LT Power: 75/100 (120 HP) Versys 1000LT Torque: 79/100 (102 Nm) Versys 1000LT Agility: 53/100 (249 kg) Versys 1000LT Ergonomics: 54/100 (845 mm) Versys 1000LT Range: 83/100 (~377 km (21L)) FJR1300AS Power: 83/100 (146.2 HP) FJR1300AS Torque: 92/100 (138 Nm) FJR1300AS Agility: 38/100 (268 kg dry) FJR1300AS Ergonomics: 59/100 (805 mm) FJR1300AS Range: 90/100 (~403 km (25L))
83/100 (146.2 HP) Power (120 HP) 75/100
92/100 (138 Nm) Torque (102 Nm) 79/100
38/100 (268 kg dry) Agility (249 kg) 53/100
59/100 (805 mm) Ergonomics (845 mm) 54/100
90/100 (~403 km (25L)) Range (~377 km (21L)) 83/100
Key Insights
A FJR1300AS scores higher overall (74 vs 68)
A FJR1300AS produces more power (146.2 HP vs 120 HP)
B Versys 1000LT is lighter (249 kg vs 296 kg wet) β€” easier to handle
A FJR1300AS has better power-to-weight ratio (0.494 vs 0.482 hp/kg wet)
Spec Yamaha FJR1300AS
2017
Kawasaki Versys 1000LT
2016
Category Sport touring Sport touring
Year 2017 2016
Displacement 1298.0 ccm (79.20 cubic inches) βœ“ 1043.0 ccm (63.64 cubic inches)
Power 146.2 HP (106.7 kW) @ 8000 RPM βœ“ 120.0 HP (87.6 kW) @ 9000 RPM
Torque 138.0 Nm (14.1 kgf-m or 101.8 ft.lbs) @ 7000 RPM βœ“ 102.0 Nm (10.4 kgf-m or 75.2 ft.lbs) @ 7700 RPM
Gearbox 6-speed 6-speed
Final Drive Shaft drive (cardan) (final drive) Chain (final drive)
Front Suspension Upside-down telescopic fork, Ø 48 mm tube, adjustable preload, compression and rebound damping KYB 43mm inverted front fork with adjustable rebound and preload
Rear Suspension Linked monoshock with spring preload adjustment Horizontal back-link shock with adjustable rebound damping and adjustable spring preload, remote preload adjuster
Front Tyre 120/70-ZR17 120/70-ZR17
Rear Tyre 180/55-ZR17 180/55-ZR17
Front Brakes Double disc. Hydraulic Double disc. ABS. Petal discs. Dual opposed 4-piston caliper
Rear Brakes Single disc. Hydraulic Single disc. ABS. Petal disc. Single-piston caliper.
Dry Weight 268.0 kg (590.8 pounds) β€”
Wet Weight 296.0 kg (652.6 pounds) 249.0 kg (549.0 pounds) βœ“
Power/Weight 0.5455 HP/kg β€”
Seat Height 805 mm (31.7 inches) If adjustable, lowest setting. 845 mm (33.3 inches) If adjustable, lowest setting.
Fuel Capacity 25.00 litres (6.61 US gallons) βœ“ 21.00 litres (5.55 US gallons)
Oil Capacity 4.90 litres (5.18 US quarts) 3.60 litres (3.80 US quarts)
Wheelbase 1544 mm (60.8 inches) 1520 mm (59.8 inches)
Ground Clearance 125 mm (4.9 inches) 155 mm (6.1 inches) βœ“
Engine Oil SAE 10W-40 / 10W-50 Synthetic 4T (API SN / JASO MA2) SAE 10W-40 / 10W-50 Synthetic 4T (API SN / JASO MA2)
Spark Plugs NGK CR9E /CR9EIA-9 / DPR8EA-9 NGK CR9E /CR9EIA-9 / DPR8EA-9
Battery 12V 12Ah / 14Ah (YTX12-BS / YTX14-BS / YTZ14S) 12V 12Ah / 14Ah (YTX12-BS / YTX14-BS / YTZ14S)
Front Tire Pressure 2.5 bar (36 psi) 2.5 bar (36 psi)
Rear Tire Pressure 2.9 bar (42 psi) 2.9 bar (42 psi)
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Category Breakdown

Motorcycle Sport, Touring & Cruiser Differences Comparison

When comparing motorcycles across categories, numbers like horsepower and displacement tell only part of the story. Use this table to compare how sport, touring, cruiser, and naked motorcycles differ in ergonomics, seat height, weight, and real-world use.

Category Riding Posture & Fit Typical Seat Height Wet Weight Range Power & Torque Character Best Real-World Use
Sport Bikes Forward lean, clip-on bars, high rearsets 780 – 835 mm (30.7″ – 32.9″) 165 – 208 kg High-RPM horsepower, aerodynamic fairing, sharp braking Canyon carving, track days, spirited weekend rides
Touring Motorcycles Relaxed upright, full wind protection, spacious saddle 755 – 840 mm (29.7″ – 33.1″) 235 – 380+ kg Broad midrange torque, 20L+ fuel tank, shaft or belt drive Two-up highway travel, cross-country distance comfort
Cruisers & Bobbers Low-slung seat, upright or forward footpegs 649 – 720 mm (25.5″ – 28.3″) 220 – 320 kg Strong low-RPM V-twin or parallel-twin torque, relaxed gearing Easy flat-foot stops, boulevard cruising, relaxed highway miles
Naked & Standards Neutral upright bars, balanced peg placement 775 – 815 mm (30.5″ – 32.1″) 168 – 215 kg Punchy low-to-midrange street torque, wide steering lock Daily commuting, urban agility, all-around versatility
Ergonomics & Sizing

Motorcycle Fit & Seat Height Comparison Guide

Evaluating motorcycle fit requires comparing three specs together: seat height (mm), wet weight (kg), and wheelbase. A narrow 790 mm twin-cylinder motorcycle is often easier to flat-foot at traffic lights than a wide 750 mm touring saddle.

FAQ

Motorcycle Comparison Questions

What motorcycle specifications should I compare first?

Start a motorcycle specifications comparison with category, displacement (cc), horsepower, torque RPM, wet weight, seat height, and wheelbase. Together these numbers reveal real-world acceleration, low-speed balance, and ergonomic fit.

What are the main differences in a sport vs touring vs cruiser motorcycle comparison?

Sport motorcycles prioritize light weight, high-RPM horsepower, sharp steering geometry, and forward-leaning ergonomics. Cruisers feature low seat heights (650–720 mm), relaxed feet-forward ergonomics, and low-end V-twin or parallel-twin torque. Touring motorcycles combine upright long-distance comfort, wind protection, large fuel capacity (20L+), and high payload capacity.

How do I compare motorcycle fit and seat height for my rider height?

Compare published seat height alongside wet weight and engine configuration. A narrow 790 mm twin-cylinder bike is often easier to flat-foot than a wide 750 mm inline-four or heavy touring model. Compare your inseam against the seat height spec before buying.

How do motorcycle specifications affect a motorcycle insurance comparison?

Insurers price policies largely by engine displacement (cc), category classification (supersport vs standard/cruiser), power-to-weight ratio, ABS availability, and replacement value. A 650cc standard or cruiser typically costs significantly less to insure than a 600cc supersport bike.

What is the difference between Indian Scout vs Chief and Indian Scout vs Bobber?

The Indian Scout uses a liquid-cooled V-twin (1,133 cc, ~100 HP) in a lighter ~256 kg chassis with a 649 mm seat height, whereas the Indian Chief uses an air-cooled Thunderstroke V-twin (1,811–1,890 cc) tuned for massive low-RPM torque in a heavier ~304 kg frame. The Scout Bobber shares the Scout platform with lower suspension, blacked-out bobber styling, and a slightly more forward riding posture.

Can I compare beginner motorcycles side by side here?

Yes. Search any two 125cc, 300cc, 400cc, or 500cc beginner motorcycles in Bike A and Bike B above to compare their seat height, wet weight, power delivery, and fuel capacity side by side.

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