In the rapidly evolving landscape of military technology, the demand for reliable, high-performance driveline components is more critical than ever. Military land vehicles must operate flawlessly in some of the most challenging environments on earth—under extreme loads, in unpredictable conditions, and with the necessity for absolute dependability. At MIT, we understand these demands and specialise in providing cutting-edge driveline solutions tailored to meet the rigorous requirements of military applications.
One of the standout products in our portfolio is the Twin Disc AM345, a pump drive that exemplifies the innovation and engineering excellence required to support modern military operations.
Technical Excellence: The Backbone of Military Readiness
The Twin Disc AM345 is designed with a deep understanding of military vehicles’ unique challenges. It delivers a maximum input power of 430 kW (577 hp), ensuring that even the most power-intensive applications are handled efficiently and reliably. This is crucial in combat scenarios, where the performance of hydraulic systems, cooling mechanisms, and power transmission can directly impact mission success.
The 1:1 ratio at 2600 rpm balances speed and torque, making the AM345 an adaptable solution for a wide range of military vehicles, from armoured personnel carriers to tactical trucks. This ratio allows for precise control, a critical feature in environments where manoeuvrability and responsiveness can mean the difference between mission success and failure.
Durability Engineered for Extreme Conditions
Military vehicles are routinely exposed to extreme conditions that challenge conventional driveline components’ durability. The AM345 is built to withstand these challenges with cast iron housings that provide superior strength and resistance to shock loads and harsh environmental conditions.
Inside the unit, case-hardened and ground spur gears ensure that power is transmitted smoothly and efficiently, minimising the risk of failure in high-stress situations. These gears are precision-engineered to handle the continuous operational demands of military applications, offering unparalleled reliability over extended periods.
Moreover, the case-hardened shafts and Viton seals on the input shaft further enhance the AM345’s resilience, providing robust protection against contaminants and wear, even in the most hostile environments.
Maximizing Operational Uptime
One key consideration in military operations is minimising downtime. The Twin Disc AM345 is engineered for longevity, with a theoretically unlimited gear life and a minimum L10 bearing life of 10,000 hours. These specifications ensure that the AM345 can endure the long, gruelling hours of military missions with minimal maintenance, allowing vehicles to stay in operation longer and reducing the logistical burden on maintenance teams.
The output rotation opposite the direction of input rotation and identical gear ratios on all outputs provide additional flexibility, allowing the AM345 to be seamlessly integrated into a variety of vehicle designs without sacrificing performance or reliability.
Partnering for Success
As we prepare to attend the DVD Event in Millbrook, Bedfordshire, we invite you to our stand C3-403 to discover more about how the Twin Disc AM345 and our full range of driveline solutions can be integrated into your military land vehicles. Our team is ready to engage in technical discussions, provide insights, and work with you to design systems that will give your vehicles the edge they need in the field.
We are more than just suppliers; we are partners in your mission success. Let’s discuss how the right driveline solutions can enhance the performance, reliability, and longevity of your military land equipment. Whether you want to optimise existing platforms or develop new ones, MIT is here to provide the expertise and technology you need.
Reach out to us to schedule a meeting at the event or to start a conversation about how we can support your military vehicle projects with our cutting-edge driveline solutions.-
