PM08-CAN 14S 200A High-Voltage DroneCAN Power ModulePM08 CAN: The Power Module for Drones That Actually Do Heavy Lifting So, youre building a drone big enough to require its own postcode, and youre worried about the power system turning into a very expensive flare? Welcome to the PM08 CAN. It supports up to 14S (60. 9V), which is probably more voltage than your flight controllers therapist would recommend. With DroneCAN communication, weve replaced messy analogue signals with digital precision, because

PM08-CAN: The Power Module for Drones That Actually Do Heavy Lifting

So, you’re building a drone big enough to require its own postcode, and you’re worried about the power system turning into a very expensive flare? Welcome to the PM08-CAN. It supports up to 14S (60.9V), which is probably more voltage than your flight controller’s therapist would recommend. With DroneCAN communication, we’ve replaced messy analogue signals with digital precision, because it’s the 21st century and we’re tired of calibration dancing.

Why You Want It

Most power modules give up the ghost when you ask for more than 50 Amps. This one laughs in 200A continuous. It’s got a galvanically isolated current sensor (AEC-Q100 Grade 1, for the spec-sheet sniffers) which means your electrical noise stays where it belongs—away from your sensitive flight controller. It’s also got more heat dissipation than a British person during a 25-degree "heatwave," thanks to its sleek aluminium shell. Honestly, it’s more stable than your last relationship.

Specs

• Processor: STM32F405RG (Faster than the logic you used to justify this purchase)
• Voltage Input: 7V ~ 60.9V (2S to 14S LiPo)
• Continuous Current: 200A (Real amps, not "marketing" amps)
• Burst Current: 400A for 1 sec (For when you really need to punch it)
• Current Sensing: Up to 376A (For those who like to live on the edge)
• Protocol: DroneCAN (Wires are so 2014)
• BEC Output: Dual 5.3V/3A Independent ports (Because one is never enough)
• Weight: 185g (Including cables, because we aren't liars)
• Dimensions: 45mm x 41mm x 26mm

In the Box

• 1x PM08-CAN Power Module (The heavy lifter)
• 1x 8 AWG High-Strand Silicon Wire set
• XT90 Connectors & Ring Terminals (Choose your own adventure)
• Molex CLIK-Mate 2mm 6Pin cables

Compatibility

Perfectly suited for PX4 and ArduPilot users who value their sanity. If you're using a flight controller with a CAN port, you're in business. If you aren't, why are you even looking at 14S hardware?

Highlights

• Galvanic Isolation: Keeps the spicy electricity away from the brainy bits.
• High-Efficiency Cooling: An aluminium shell that actually does something besides look pretty.
• Software Toggle: CAN termination resistance can be toggled via software. Fancy.
• LED Status: A blinky light that tells you if you've actually connected it right.

Notes

The status LED will flash quickly if it's waiting for a firmware update. If it flashes slowly, it's connected and happy. If it’s on fire, you’ve done something very wrong. Always check your polarity unless you enjoy the smell of burnt STM32s in the morning.

Disclaimer

Don't blame us if your drone develops a personality. Handle high voltage with the respect it deserves, or it will bite back.

Still Here?

If you've read this far, you're either a bot, a competitor, or someone who really needs a 200A power module. Buy it, plug it in, and stop overthinking your build. Your heavy-lift hexacopter is waiting for its heart transplant. #DroneCAN #HeavyLift #14SPower #FPVUK #UAVTech