Do you have a question about the DAELIM Roadwin 250R Fi and is the answer not in the manual?
Displacement | 249 cc |
---|---|
Fuel System | Fuel Injection |
Transmission | 6-speed |
Front Suspension | Telescopic fork |
Rear Suspension | Mono shock |
Front Brake | Disc |
Rear Brake | Disc |
Fuel Capacity | 15 liters |
Seat Height | 780 mm |
Engine Type | 4-stroke |
Cooling System | Liquid-cooled |
Essential checks and procedures before operating the motorcycle.
Details the MIL system and its indication of engine problems.
Explains the functions and positions of the main electrical switch.
How to check and adjust tire pressure for safe riding.
How to identify cracks, damage, or foreign materials in tires.
Checking tire tread depth against wear indicators.
Procedure for checking and maintaining the engine oil level.
A comprehensive list of items to inspect before riding.
Step-by-step guide for starting the engine under normal conditions.
Specific instructions for starting the engine when cold.
Common checks to perform if the engine fails to start.
How to shift gears smoothly up and down.
How to apply front and rear brakes effectively.
How to apply brakes during normal riding conditions.
How to inspect the spark plug for deposits and wear.
How to check and adjust the spark plug gap.
How to check the drive chain for proper slack.
Procedure for adjusting the drive chain slack.
How to check brake pads for wear using cutouts.
Warnings and advice for safely replacing fuses.
Step-by-step instructions for replacing a fuse.
Step-by-step guide for replacing the headlight bulb.
Essential preparations before starting a ride.
The importance and steps of performing daily inspections.
Guidance on achieving and maintaining an appropriate driving position.
Importance of maintaining a safe distance from other vehicles.
Ensuring safety and proper procedure before starting to move.
Steps for safely starting and moving the motorcycle.
Explains the physics of balancing during turns.
How speed affects centrifugal force and turning dynamics.
Step-by-step guide for executing a turn.
Explains how friction between tires and road surface causes braking.
Describes how inertia affects braking distance.
Steps for effective braking using engine and brakes.
Compares braking distances using different brake combinations.
Explains how impact force relates to speed and weight.