DEMO Fairway TaylorMade Qi35
The TaylorMade Qi35 Fairway represents a perfect blend of innovation and practicality, ensuring excellent performance on shots from the tee, fairway, and rough. These woods combine advanced materials and the latest techniques, providing golfers with better control, greater distance, and increased confidence with every strike.
Advanced multi-material construction
The Qi35 Fairway is made from a combination of chromed carbon, steel, and aluminium. This advanced mix of materials ensures the club is light and strong, allowing for a smoother swing and better control over the ball. The construction also optimises shots from various surfaces, giving players maximum flexibility whether they are on the tee, fairway, or in the rough.
Adjusted centre of gravity for better energy transfer
The technology of the adjusted centre of gravity (CG) ensures more efficient energy transfer from the club to the ball, resulting in longer and more accurate shots. The new profile of the striking face and the shape of the clubhead increase versatility for shots from both the tee and the fairway. Golfers can thus play confidently in different situations and achieve the optimal ball flight.
New TSS weighting system for precise balance
The Qi35 Fairway is equipped with an innovative TSS weighting system that allows precise adjustment of the club’s weight in both standard and custom production. This system helps tailor the club to the player’s specific swing, improving consistency and performance.
Inspiring shape and advanced technologies
The design of the Qi35 Fairway, inspired by classic shapes, ensures the club looks confident and trustworthy when addressing the ball. Key technologies include Twist Face® for improved accuracy, Thru-Slot Speed Pocket™ to increase ball speed, and the Infinity Carbon Crown, which reduces weight and improves the club’s aerodynamics. The four-step loft adjustment (Loft Sleeve) allows players to customise distance, trajectory, and the angle of the striking face according to their preferences.
