Clever DIY flashlight offers a fun way to teach your kids and help a child refugee

Pentagram worked with displaced children to create this brilliant design for Ambessa Play, whose Kickstarter begins today.

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Hand holding a light blue DIY flashlight with orange accents, demonstrating the rotary dial mechanism that generates power for the torch

Kids love learning how things work by taking them apart and trying to put them back together. But it's even more fun to build something from scratch. So we love the sound of this new Kickstarter project designed by Pentagram's Jon Marshall. He's been working with Ambessa Play, a company dedicated to making STEM learning fun and accessible to all, to create a DIY flashlight that children of eight and above can assemble themselves.

The DIY flashlight has ten separate components and 16 build steps and turns learning about kinetic energy and electronic components into a hands-on adventure.

Working with refugees

To develop the flashlight, Jon and his team travelled to Calais, where charities, including Refugee Council and Care for Calais, helped them directly involve displaced children in the design process.

The youngsters got stuck in, testing many of the early design options using functional 3D prototypes. The form chosen allows the flashlight to function as a handheld torch, be worn around the neck with a lanyard, or be placed upright on a surface as a lantern for reading: all things useful for living in a refugee camp.

Light blue and orange DIY flashlight with separated components showing its ten modular parts and assembly design by Pentagram for Ambessa Play
Deconstructed components of the Ambessa Play DIY flashlight arranged in a flat lay, including the light-blue casing, orange and white parts, circuit board, wiring and battery elements on a grey background
Ambessa Play DIY flashlight components laid out flat including circuit board, orange switch, screwdriver, instruction manual and packaging against grey background
Two hands assembling Ambessa Play's DIY flashlight with orange and blue components and various modular parts

The design is battery-free and uses a motor to charge a capacitor, which powers the LED lamp for around 15 minutes. With 10 separate components and 16 build steps, the kit turns learning about kinetic energy and electronic components into a hands-on adventure.

Child-centred design

Working closely with Ambessa Play founder Sara Berkai, the design team aimed to create a distinctive, fun and attractive design that would work equally well as a STEM kit and usable product. Close attention was paid to pleasing tactile details that make the design memorable such as the bespoke cable connectors and the extra handle for fast winding.

The packaging was developed to be an integral part of the product experience and support the build of the kit, providing instructions and component organisation whilst keeping sizing and material use to a minimum.

Ambessa Play DIY flashlight components laid out in a grid showing various grey plastic housings, circuit boards, wiring and instruction sheets
Ambessa Play DIY flashlight shown disassembled on the left with glowing orange and clear components, and fully assembled on the right in pale blue with orange accents
A collection of Ambessa Play DIY flashlights in various colours arranged in rows, showing the modular components and different colour options available
Light blue DIY flashlight with concentric circle lens at top, orange indicator light and large red rotary dial for kinetic energy activation

The DIY Flashlight launches on Kickstarter at 8pm UK time today (Thursday 30 March). For every flashlight purchased, Ambessa Play will donate one to a refugee child in need, helping to promote education and play for all.

Ambessa means 'lion' in Eritrean and Ethiopian languages and is something you'd say to a child as congratulations or well done. It can also mean brave, strong, or powerful.

Millions of people are currently displaced in the aftermath of Ethiopia's civil war, which has been the deadliest of the century and claimed an estimated 600,000 lives.

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