As unmanned ground vehicles (UGVs) become a bigger part of defence, security and commercial operations, the demand for reliable, high-performance battery systems is increasing rapidly.
Powering these types of devices requires more than just quality batteries; it demands resilience, precision engineering and solutions for often tricky conditions. Here are the top five challenges in unmanned ground vehicle battery design, and how Lincad addresses them.
- Reliability in Harsh Environments
UGVs often operate in unforgiving terrain: dust, moisture, extreme temperatures and physical shocks are the norm.
Battery systems must be fully sealed, tough and vibration-resistant. At Lincad, we engineer battery packs specifically for the types of environments where failure isn’t an option.
Our systems are tested to military standards and built to operate on battlefields and in extreme conditions.
- Balancing Weight and Power Density
UGVs have to maximise their payload while ensuring they’re easy to manoeuvre and super-tough. This means batteries must deliver high energy density without compromising structural integrity.
Our expertise in large modular battery systems enables us to strike this balance. We offer compact, lightweight power solutions that extend operational range without weighing vehicles down.
- Seamlessly Integrate with Vehicle Systems
Off-the-shelf batteries rarely meet the unique requirements of unmanned systems. UGVs require batteries that integrate cleanly with both propulsion systems and onboard subsystems such as sensors, communications and navigation.
Lincad specialises in bespoke battery design, producing systems tailored to each platform’s electrical and mechanical requirements, from EOD robots to logistics vehicles.
- Safe Operation and Thermal Management
Problems like electrical faults pose significant risks, particularly during long missions or in confined environments.
Lincad builds in multiple layers of battery management system (BMS) protection, including temperature monitoring, over-voltage shutoff and intelligent charge control. Our designs are engineered not just for performance, but to ensure safety on all missions.
- Scalability and Electrification
As the drive toward net zero accelerates, more vehicles are transitioning to full electrification. Batteries must not only be suitable for this type of power but also auxiliary systems.
Lincad has invested heavily in high-voltage, high-capacity solutions to meet this demand. From powering UGVs in the defence sector to supplying energy for autonomous inspection vehicles in the energy industry, Lincad is leading the way, across land, sea and air.
Battery systems for unmanned ground vehicles cannot be an afterthought; they are a key part of their performance. Lincad brings decades of engineering excellence to this challenge.
Our team is committed to delivering power solutions that match the pace of technological advancement in the world of robotics and ROVs.
Find out more about our batteries for unmanned ground vehicles. Or simply contact us for more details.