Turcorover

GeoDrill Solutions SRL · 2023

The client required a mobile drilling platform capable of operating on extremely uneven and unstable terrain, where the excessive rigidity of the conventional chassis led to structural cracks and loss of level. We designed a modular chassis with controlled articulation points and high-strength alloy steel beams to allow controlled torsional flexibility. Implementation included FEA simulations for stress analysis and prototyping of an equipment mounting system to isolate vibrations. The result was a 40% increase in chassis lifespan and a 60% reduction in platform calibration time on-site.

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Real experiences and practical results in terrain engineering.

“The reinforced suspensions for our harvesting vehicles performed beyond expectations in extreme sand and slope conditions. We reduced downtime for repairs by 40%.”

Proven reliability

“The optimization of the integrated transmission for a rapid intervention vehicle increased wheel torque by 18%. The client reported exceptional maneuverability on rough terrain.”

Increased performance

“The chassis reinforcement for our heavy hauler eliminated dangerous vibrations. The vehicle now handles loads 25% greater with no signs of metal fatigue.”

Improved robustness

“The adaptive suspension system developed for our tactical vehicles passed all endurance tests. It was the decisive factor in the success of three difficult missions.”

Tested in real conditions

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Chassis Optimization for Mobile Drilling Platform

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