Triumph Trident-660 2024

Basic Info

Model Number

Trident 660 2024

Made In

Hinckley in the UK

Warranty                  

2 Years, Unlimited mileage

Available Colors

White, Matt Jet Black And Silver Ice, Sapphire Black and Silver Colors

Body Type

Motorcycle

Dimensions And Weight

Length            

2020 mm

Width             

796 mm

Height

805 mm / Seat Height= 805 mm

Wheel Base

1401 mm

Ground Clearance

140 mm

Curb Weight             

189 kg

Transmission

Transmission Type

Manual

Drive Type

Chain drive / Clutch=  Wet, multi-plate clutch

Gear Box

6-Speed

Engine

Engine Type

660 cc

Max Power

81 PS / 80 bhp (60 kW) @ 10250 rpm

Torque

47 lb-ft @ 6,250 rpm

No. Of Cylinder

3

Wheels Type            

Aluminum / Alloy Wheels

Suspensions

Front Suspension

Showa 41 mm upside down separate function forks (SFF)

Rear Suspension

Showa mono shock RSU, with preload adjustable

Tyres

Tyre Size               

Front 120/70/17", Rear 180/55/17"

Wheel Size        

Front 17 inch, Rear 17 inch

Brake System

Front Brake

Disc

Rear Brake

Disc

Fuel

Mileage In City

17 kmpl (approx.) / Starting= Kick Start, Electric starter

Mileage On Highway

20 kmpl (approx.)

Fuel Tank Capacity

Fuel Type= Petrol, Gasoline / Capacity= 14 liters

Capacities

Seating Capacity

1 Seats

Bore x Stroke  

74.0 mm x 51.1 mm Bore and Stroke 

Other features: / Comfort Features :

The Triumph Trident 660 is expected to prioritise performance while still providing a comfortable riding position that is appropriate for extended trips. A balance between sportiness and rider comfort may be achieved via the seat and riding ergonomics. Triumph may also come with movable parts, such the windscreen and footpegs, that let users customise the motorcycle to their tastes.

Safety Features:

To ensure rider protection, Triumph has included safety measures in the Radeon 2024. It has a front disc brake option that offers better stopping force. The bike also has synchronised braking technology (SBT), which improves stability and braking performance, particularly during abrupt stops.