02/03/2026
🛞 Front Wheel Suspension System on the Titanium Auto Gyro 💥 TAG 💥
On gyroplanes like the Titanium Explorer, the front wheel and its mounting are not just simple wheels — they are an integral part of the undercarriage and landing gear system, engineered for aeronautical safety and ground handling rather than just rolling along like a car wheel.
🔶 Suspension and Shock Absorption
The front wheel yoke on the Titanium Explorer is designed with an integrated suspension system:
It uses a cast aluminium assembly with a precision-machined shaft and rubber dampeners to absorb ground shock.
This means rough taxiways, uneven grass strips, or small bumps during take-off and landing are absorbed rather than transmitted directly to the airframe or rotor system.
Why this matters for safety:
✔ This reduces the risk of sudden jolts which can destabilise the aircraft while the rotor is spinning at low RPM (e.g., during take-off or landing taxi).
✔ A smoother touchdown reduces stress on the airframe and reduces risk of loss of control on uneven ground.
🔶 Strong Materials and Lightweight Design
The shaft is made from 30 mm titanium, as well as the Wheel’s Split Rims from Titanium for ultimate durability and strength – the whole unit is designed to be both strong and light.
Material benefits:
Titanium is extremely strong, resistant to cracking, corrosion and fatigue, yet lighter than steel — critical in aviation for structural safety and performance.
Using high-strength materials reduces weight on the front gear without sacrificing crashworthiness.
Why this matters for safety:
✔ A stronger, lighter wheel assembly improves nose-over resistance (especially in abrupt braking or rough landings).
✔ Lower weight improves ground handling and overall aircraft controllability on the ground.
🔶 Steering Coupled to Rudder Inputs
The front wheel does not simply pivot freely; its steering range is intentionally limited:
Normal rudder pedal movement doesn’t turn it to full lock — this prevents situations where the front wheel steers sharply at low speeds and could cause a ground turn or tip as the rotor system is still spooling up.
Why this matters for safety:
✔ This helps prevent abrupt or excessive turning that could destabilise the aircraft during taxi or before take-off when rotor lift isn’t fully developed.
✔ It reduces risk of ground loops — sudden spins on the ground which can lead to accidents.
