Suzuki TU 250 VS Honda 599 (2007) (Apr 2025)

Suzuki TU 250 VS Honda 599 (2007)

BikeBD brings you comparison of Suzuki TU 250 and Honda 599 (2007). The showroom price of Honda 599 (2007) is 0 and price of Honda 599 (2007) is 0 . Apart from prices, you can also find comparison of these bikes based on displacement, mileage, performance, and many more parameters. Comparison between these bikes have been carried out to help users make correct buying decision between Suzuki TU 250 and Honda 599 (2007) .

Search Bike *

Please select a valid Bike.

Search Another Bike *

Please select a valid Bike.

Suzuki TU 250 VS Honda 599 (2007) Specifications

Bike Information

Bike Name:	Suzuki TU 250	Honda 599 (2007)
CC:	250	600
Regular Price:	0 BDT	0 BDT
Bike Type:	Naked Sports	Naked Sports
Distributor/Seller:
Model Year:
Brand Origin:
Made In:
Assemble In:

Engine

Engine Type	Single cylinder, four-stroke
Maximum Power		0
Maximum Torque		0
Bore	72.0 mm
Stroke	61.2 mm
Compression Ratio	9.2:1
No of Cylinders		4
Valves	2
Fuel Supply	carburator

Transmission

Transmission Type	Manual	Manual
No of Gears	5	6
Clutch Type	Wet-multiplate	Wet-multiplate

Chassis & Suspension

Chassis Type
Front Suspension	Telescopic, coil spring, oil damped	inverted fork
Rear Suspension	Swing-arm type, coil spring, oil damped	Single shock with seven-position spring-preload adjustability; 5.0-inch travel

Brakes

Front Brake Type	Single Disc	Dual Disc
Rear Brake Type	Drum Brake	Disc Brake
Front Brake Diameter
Rear Brake Diameter		4
Anti-Lock Braking System (ABS)	No	No

Wheels & Tires

Front Tire Size	No	No
Rear Tire Size	110/90-M18	180/55-17
Tubeless Tires	tubeless	tubetyre

Dimensions

Overall Length	2070 mm
Overall Width	750 mm
Height	1075 mm
Ground Clearance	125 mm
Weight	149.0 kg	183.3 kg
Fuel Tank Capacity	12 L	17.00 Litres
Wheelbase	1375 mm	1425 Mm

Electricals

Battery Type	Info-Not-Available	Info-Not-Available
Battery Voltage	Info Not Available	Info Not Available
Head Light	Halogen	Halogen
Tail Light	halogen	halogen
Indicators	halogen	halogen

Features

Speedometer	analog	analog
Odometer	analog	analog
RPM Meter	Digital	Analog
Handle Type	Pipe handle bar	Pipe handle bar
Seat Type	Split-Seat	Single-Seat
Passenger Grab Rail	no	yes
Engine Kill Switch	yes	no

Disclaimer
Above mentioned information may not be 100% accurate. We collect information from manufacturer website and other reputed sources. Please inform us if you have found any mistake or wrong information.

Compare with similar bikes

Honda CB 250 RS (1984)

Price: 0

Honda CB 250 (2003)

Price: 0

See Compare

Honda CB 250 (2003)

Price: 0

Honda AX-1 Sports Traverse (1983)

Price: 0

See Compare

Honda AX-1 Sports Traverse (1983)

Price: 0

Bajaj Dominar 250 (2021)

Price: 0

See Compare

Bajaj Dominar 250 (2021)

Price: 0

Bajaj Dominar 250 (2023)

Price: 0

See Compare

Bajaj Dominar 250 (2023)

Price: 0

Suzuki TU 250

Price: 0

See Compare

Suzuki TU 250

Price: 0

Suzuki Inazuma 250

Price: 0

See Compare

Bike comparisons by our experts

r15 v3 vs v2 difference

2022-02-12 05:00:00
imran

You can check out the full specification of both the V3 and the V2 model.

r15 v3 vs r15m

2022-01-30 07:27:00
imran

For detailed information on the Yamaha R15 V3 and Yamaha R15M, visit their official product pages, including features, technical specifications, and pricing.

Honda CB Hornet 160R VS Pulsar NS160 VS Apache RTR 160 - Battle of 160

2017-11-18 21:15:13
Saleh

Honda CB Hornet 160R VS Pulsar NS160 VS Apache RTR 160 - Battle of 160

Yamaha Saluto VS Honda CB Shine Comparison Review

2017-01-28 21:38:06
Saleh

Yamaha Saluto VS Honda CB Shine Comparison Review

TVS Stryker 125 VS Hero Ignitor 125 Comparison Review

2019-01-13 09:29:58
Ashik Mahmud

TVS Stryker 125 VS Hero Ignitor 125 Comparison Review

Honda CB Hornet 160R VS Bajaj Pulsar NS160 Feature Comparison

2018-02-23 20:06:27
Ashik Mahmud

Honda CB Hornet 160R vs. Bajaj Pulsar NS160: A comprehensive feature comparison. Both offer stunning street-sport looks, but Hornet focuses on balance and control with larger tires, while NS160 emphasizes acceleration.