HIKINGPOWER Back the project
A power bank for multi-day hikes

The power bank that doesn't quit on the trail.

Most power banks drain in your bag, waste energy and give up in the cold. HikingPower is being built to hold its charge, survive the weather and keep your phone alive out there.

Funding goal: €6,000 for the first prototypes

Olive green HikingPower power bank with black rubber end caps and a lanyard loop, lying on mossy rocks in a forest
Impression of the final product
Why build a new one

On the trail, your phone is your map, camera and emergency line.

It drains in your bag

Many power banks slowly lose charge while you carry them, even when you never press a button.

It wastes energy

A typical power bank only delivers 60–75% of its stored energy. The rest is lost as heat.

It struggles in cold and heat

Below 0 °C most power banks refuse to charge, and in hot sun they slow down or stop.

Design goals

What HikingPower is built to do

These are the targets for the first prototype. Every one of them will be measured and published.

< 2%

Holds its charge

Loss per month in your bag, thanks to a true off-mode with no standby drain.

≥ 85%

Wastes less energy

Of the stored energy comes out of the USB-C port, using efficient electronics and good cells.

−20 °C

Built for cold and heat

An insulating layer protects the cells, and a small heater warms them so charging at the plug still works.

IP67

Waterproof

Survives rain and a drop in a stream, down to 1 meter, with sealed USB-C ports and no flaps to lose.

Spec sheet

The details

An olive green housing with rubber end caps, a lanyard loop and grip ribs. Made to blend into the forest, not stand out.

Capacity10,000 mAh · 36 Wh
Phone chargesabout 2 full charges
Weight≈ 270 g
Size≈ 125 × 62 × 28 mm
ChargingUSB-C PD, 20 W in and out
Water resistanceIP67 (1 m, 30 min)
Charging range−20 °C to 45 °C, with preheating
Standby loss< 2% per month (off-mode)
Where the money goes

€6,000 for the first prototypes

Anything above €6,000 goes toward safety certification, the step needed before HikingPower can be sold.

Safety check of the electronics by an engineer€2,000
Circuit boards and parts for 10 prototypes€800
Battery cells and test equipment€500
Housings and seals€500
Test round with 10 hikers€300
Second, improved prototype round€1,000
Fees and buffer€900
Total€6,000
What happens next

The plan

  1. BuildPrint and assemble the first prototypes with a 3D printer.
  2. MeasureTest every claim: standby loss, efficiency, cold, heat and water.
  3. Trail testReal hikers take it out on multi-day trips and report back.
  4. ImproveBuild a second, better version based on what we learn.

The images show an impression of the final product and all numbers are design goals. Test results will be shared on the GoFundMe page, good or bad.

Help build it

Keep your phone alive out there.

Every donation helps, and sharing the campaign with friends who love hiking helps just as much.

Support HikingPower on GoFundMe