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Wheelchair racers maintain an aerodynamic position, with a forward lean and arms closer to the body, to reduce air resistance and improve speed.

The starting technique in wheelchair racing is crucial for gaining initial momentum. Racers position their hands optimally on the push rims and explosively push off at the sound of the gun.

The coating on the push rim is designed to increase traction and reduce slippage, facilitating more effective push cycles and potentially increasing the racer's speed.

Interval training consists of alternating between high-intensity sprints and recovery periods, improving both anaerobic and aerobic capacities in wheelchair racers.

This training is meant to strengthen non-racing muscles to counteract the overuse of primary racing muscles, thereby preventing injuries and maintaining muscular balance.

Drafting is a technique where a racer stays close behind another to conserve energy by reducing wind resistance. The racer can then utilize the stored energy to overtake their competitor.

High push frequency refers to the rate at which a wheelchair racer completes push cycles. A higher frequency can lead to increased speed, but it requires greater cardiovascular endurance and strength.

Wheelchair racers often use specialized gloves that protect their hands and enhance grip on the push rim to maximize the efficiency of each push stroke.

A sprint finish is a final burst of maximum effort sprinting towards the finish line, often used to edge out competitors in a close race.

The race line technique involves taking the shortest path possible on the track, which often means hugging the inside lane on curves to reduce the distance traveled.

Cornering refers to how a racer navigates turns on the track. Proper cornering technique can help maintain speed and prevent accidents.

Tapering is a technique wherein athletes reduce the volume of training before a major competition to allow the body to rest and recover, maximizing performance potential on race day.

Racing wheelchair frames are made from materials like titanium, aluminum, or carbon fiber to combine lightness with strength and rigidity, optimizing performance.

Peer coaching in wheelchair racing involves more experienced racers helping to mentor and train newer athletes, sharing techniques and strategies for improvement.

Wheel camber in wheelchair racing is the angle of the wheels relative to the vertical. Increased camber improves stability and turning agility but may also increase rolling resistance.

The climbing technique for wheelchair racing involves altering push patterns to efficiently navigate uphill portions of a race, requiring strength and endurance.

Power strokes are forceful, efficient push cycles on the wheels’ push rims that increase acceleration and speed during racing.

Rolling resistance is the force that opposes the motion of a racer's wheels rolling on the surface. Minimizing this resistance through proper tire inflation and smooth surfaces can lead to faster race times.

Strategic pacing means managing one's speed and energy throughout a race, balancing between maintaining a competitive speed and conserving energy for crucial race moments.