Specification sheet — Kawasaki

Kawasaki KLX150 specifications

Kawasaki's 150 cc dual-sport, air-cooled and on 21/18-inch wheels.

MarketIndonesia CategoryTrail / dual-sport SourceKawasaki Motor Indonesia
Kawasaki KLX150 specification plate
Displacement
144 cc
Peak power
8.6 kW (12 PS) / 8,000 rpm
Peak torque
11.3 N·m (1.2 kgf·m) / 6,500 rpm
Curb weight
115 kg
Seat height
830 mm
Fuel tank
6.9 L

Overview

The published sheet lists a 144 cc engine, peak power of 8.6 kW (12 PS) / 8,000 rpm, peak torque of 11.3 N·m (1.2 kgf·m) / 6,500 rpm. It carries a curb weight of 115 kg, an 830 mm seat height and a 6.9 L tank.

On the published figures it works out to 7.5 kW per 100 kg, below the median for the other 5 trail bikes in this database (9.2 kW per 100 kg).

Market and trim notes

This sheet covers the Kawasaki KLX150 as listed in the Indonesian distributor’s current catalogue. Market-specific equipment can differ from the same nameplate in another country, so the figures are not interchangeable.

Full specification

Every row below is a published figure. Rows the manufacturer does not publish are marked rather than estimated.

Engine and performance

Engine typeAir-cooled, 4-stroke Single
Displacement144 cc
Bore × stroke58.0 x 54.4 mm
Compression ratio9.5:1
CoolingAir derived
Fuel systemCarburettor: NCV24
Maximum power8.6 kW (12 PS) / 8,000 rpm
Maximum torque11.3 N·m (1.2 kgf·m) / 6,500 rpm
StartingElectric & Kick
IgnitionDC-CDI

Transmission and final drive

Transmission5-speed, return
ClutchWet multi-disc, manual
Final driveChain

Chassis, suspension and brakes

FramePerimeter, steel
Front suspensionø33 mm telescopic fork
Rear suspensionUni Trak, single shock with adjustable spring preload
Front brakeø240 mm petal disc
Rear brakeø190 mm petal disc
Front tyre70/100-19M/C 42P
Rear tyre90/100-16M/C 51P

Dimensions, weight and capacity

Length × width × height2,010 x 830 x 1,115 mm
Wheelbase1,345 mm
Ground clearance265 mm
Seat height830 mm
Curb weight115 kg
Fuel tank6.9 L

What the numbers mean

The 830 mm seat is on the tall side for shorter riders, so try it before buying.

At 115 kg it is manageable at walking pace but heavy enough to notice on a slope.

The 6.9 L tank is typical for the class and enough for a week of commuting between fills. The manufacturer does not publish a consumption figure, so this page does not quote a range.

Tyres are 70/100-19M/C 42P front and 90/100-16M/C 51P rear. Check that your local shop stocks both before a long trip.

Closest alternatives

ModelCapacityPowerTorqueWeightSeat
Kawasaki KLX230233 cc13.2 kW (18 PS) / 8,000 rpm18.0 N·m (1.8 kgf·m) / 6,400 rpm134 kg860 mm
Kawasaki Versys-X 250249 cc24.7 kW (34 PS) / 11,500 rpm21.7 N·m (2.2 kgf·m) / 10,000 rpm177 kg815 mm
Honda CRF150L149.2 cc9.51 kW / 8,000 rpm12.43 N·m / 6,500 rpm122 kg869 mm

Nearest alternatives by category and capacity in this database. These are published figures, not a road test or a recommendation.

Ownership and maintenance notes

  • Clean and lubricate the chain at short intervals in rain or dust, and check slack with the bike on its side stand. A loose chain wears sprockets quickly; a tight one loads the output bearing.
  • Check tyre pressures cold. On a light bike a few psi matters more than it does on a car, and it changes both steering and tyre life.
  • Air-cooled engines rely on clean fins and a clear path for air. Wash the fins gently, and do not let mud or a loose cover block them in traffic.
  • After water crossings or dusty tracks, check the air filter and chain first. Dirt reaches both before it reaches the oil.
  • Inspect the brake pads after muddy rides; grit embedded in a pad wears a disc faster than normal road use.

Source and verification

Figures are taken from Kawasaki Motor Indonesia, the Indonesian distributor, on 13 November 2026.

Source page: kawasaki-motor.co.id/id-id/sepeda-motor/klx/dual-purpose-150/klx150-s/2026-klx150-s.

The source page is the 2026 model-year page.

Cooling is inferred from the published layout rather than printed as a separate field.

Wording is quoted as published; spacing and unit symbols are normalised. Specification databases go stale: if a figure here differs from the current distributor page, the distributor page wins, and this sheet records what was published on the verification date.