Latest-generation 21700-class cells chosen for very high energy density, low internal resistance, and stable high-current delivery. Balanced for output, thermal behavior, and cycle life for aggressive flight profiles. Cell selection is tailored to the mission; model may vary.

Custom-geometry Ni-clad Cu interconnects minimize resistive loss while improving weldability and corrosion resistance. Geometry is tuned for current density, heat spread, and high pull-strength joints.

Closed-loop control of welding variables (current, pulse width, overlap) in a controlled station, with in-process pull testing to confirm the process stays within guide rails. Parameter logs support rapid troubleshooting.

Fully customizable series/parallel counts and pack geometries to match your voltage, current, and envelope constraints. Harnesses, connectors, labeling, and cable lengths are built to spec.

Integrated balance leads enable offboard battery management when mission rules allow. Omitting an onboard BMS reduces mass and wiring complexity—translating into improved range and agility.

High-strand silicone insulation for exceptional flexibility, vibration tolerance, and temperature performance—simplifying routing and reducing strain at soldered and welded joints.

Impact resistance (drop/fixture), weld pull strength, and high-discharge/thermal profiling confirm pack integrity under real-use transients and sustained loads.

Barcode-based part and lot tracking from cells to finished pack, linked to process parameters and fixtures—accelerating root-cause analysis of any field excursions.

Designed, assembled, and tested in Los Angeles for short feedback loops, supplier accountability, and secure handling.