Ultra-flat LiHV stick battery for maximum precision and stable run time

The Intellect CM2S7000MC4 is a particularly flat 2S LiHV ULCG stick battery in a modern 139 mm format. With a height of just 19.5 mm and a weight of 245 g, the battery significantly lowers the vehicle's centre of gravity. This ensures smoother handling, more precise steering reactions and high cornering speeds, especially on carpet or tarmac with good grip.

The capacity of 7000 mAh combined with a discharge rate of 120C provides a powerful combination of extended drive time and punch. The battery provides a stable voltage level throughout the entire run, supporting consistent lap times and predictable riding behaviour from start to finish. This makes it particularly suitable for stock touring car classes and longer final races, where energy reserves play an important role. The 5 mm gold contact sockets ensure a robust, low-loss connection to the controller, even at high currents.

The 2026 Silicon Graphene LiHV cell technology offers very low internal resistance, lower heat generation and improved cycle stability with proper handling. As a LiHV battery, the CM2S7000MC4 can be charged up to 4.35 V per cell, with a nominal voltage of 7.6 V. This ensures a noticeable power boost at the start of the run and a strong power output right to the end. Designed for chassis that support the popular 139 mm ULCG stick format, the battery offers a balanced combination of performance, run time and vehicle balance.

Key features & characteristics

• 7000 mAh capacity for extended drive time in a compact ULCG stick format.
• LiHV technology with nominal voltage of 7.6 V and end-of-charge voltage of up to 4.35 V per cell.
• 120C discharge rate for powerful acceleration and a stable voltage curve.
• Only 19.5 mm total height to significantly lower the centre of gravity and for better handling.
• Modern 139 x 47 mm stick layout for chassis designed for ULCG stick batteries.
• 5 mm gold contact sockets for robust, high-current-capable connections and low-loss power transmission.
• 2026 Silicon Graphene cell chemistry with very low internal resistance and reduced heat generation.
• Approved for EFRA, BRCA, ROAR and IFMAR.

Technical data