Products

Three levels of pack, one engineering approach.

We do not sell a catalogue. Our range is organised by how much intelligence the pack carries — from simple welded packs to managed packs built around our own BMS, and full deployable energy systems.

01

Core packs

When your system already handles protection and charging, the pack should do one thing well: deliver energy reliably in the space you have. We weld cells into a pack with the output and balancing harness your platform expects, and leave out the electronics you do not need.

Typical use

FPV and multirotor drones, and other platforms where protection and charging live in the host system.

What we tailor

  • Cylindrical 21700 cells as standard, pouch cells where the envelope demands it
  • Typically 4S–8S and 10–25 Ah — configuration follows the application, not a catalogue
  • DC output plus balancing harness with communication plug, shrink-wrapped
  • XT90 power and JST-type balance connectors, or the connector set you already use
  • Mechanical layout shaped to your bay rather than the other way around
Core packs
02

Intelligent packs

Some systems need a pack that reports on itself. Our battery management system is developed in-house — hardware and firmware both — and produced on a NATO-friendly supply chain, so you can document where the intelligence in your pack comes from.

Typical use

Larger multirotors and fixed-wing UAVs, subsea equipment and underwater vehicles (AUV/ROV), and other systems where the pack has to report on itself.

What we tailor

  • Proprietary BMS: hardware and firmware developed in-house
  • CAN bus as standard, customisable to your protocol and telemetry needs
  • Protection, cell balancing, charge management and safe shutdown behaviour
  • State-of-charge and state-of-health reporting, logging and diagnostics
  • Already happy with a BMS? We integrate yours instead
Intelligent packs
03

Field power

Power away from the grid has to survive handling, weather and transport rules. We scale these systems to the mission — from a case one person can carry to a semi-permanent installation — and develop each one together with the operator who will use it.

Typical use

Field operations, forward sites and semi-permanent containerised installations.

What we tailor

  • Roughly 500 Wh transportable units up to 100 kWh installations
  • DC output, AC output, or both, as the deployment requires
  • Formats from suitcase and man-portable units to rack, trolley and containerised builds
  • Charge sources: grid, generator or renewable input
  • Transport classification and documentation support
Field power

Engineering scope

What comes with every programme

Cell selection

We are not tied to one cell. Chemistry and format are chosen against your endurance, power, temperature and lifetime targets.

Pack & mechanical design

Topology, busbar and welding strategy, thermal path, and an enclosure designed to fit your platform's real constraints.

In-house BMS

Our own battery management hardware and firmware, CAN as standard and customisable — or integration of the BMS you already run.

Test & documentation

Electrical, environmental and safety testing with the traceability and documentation regulated customers require.

Norwegian production

Assembly, welding and end-of-line test in our own facility in Norway — short feedback loops from prototype to serial.

Allied supply chain

We can build packs, and our BMS, on a NATO-friendly supply chain so you can document where your energy comes from.

Send us your specification.

Voltage, capacity, envelope, duty cycle, environment and compliance requirements are enough for us to come back with a concept.

Request a quote