The eeee-fun is a fully customizable electric scooter. Create your own eeee-fun with the online configurator; choose your seat, wheels, color and panel design. Use a standard panel color, a library print or upload your own image. Thanks to the three big exhangeable panels you can change the look of your scooter within minutes. Available as e25, e40 and e80. Designed and engineered for eeee-Fun company.

The Elementz is a low cost and economic kitcar concept based on a Citroën 2CV frame, and powered by the original two cylinder engine. To maximize the performance and minimize the drag of this low powered platform, the body is kept light and aerodynamical. A high dose of healthy adrenaline is guaranteed by its extremely open design which will give the driver a high speed feeling at relative low speeds. An integrated rollbar combines modern safety with increased stiffness of the frame, this adds even more sharpness to the sensational cornering capability of the original platform. The ultimate fun ride for those who dare to face the elementz. Winning entry of the BCC/SolidWorks designcontest and SolidWorks model contest.

A preview of the Flow umbrella, a next generation aerodynamic umbrella which naturally flows throught the wind. Designed and engineered in cooperation with Kenneth Veenenbos Industrieel Ontwerp. More info soon...

Click on the image to scroll through a small selection out of a-thousand-and-one injection moulded products. The Anta Flu pocket box, Crystal Clear Multimedia Packaging, one-shot Cutlery set, reverse engineered fluent hook, Tie Traveller, etc.

The EV-Box is an easy to use charging station for electric vehicles, available as a wallmounted single version or a polemounted double version. Activated by a simple swipe of a card, charging status communication by the multicolor LED ring. The modular design offers the option to fit it with a local standardized power socket, or build it to order with a custom internal component configuration. Designed and engineered for EV-Box company.

Study for motorized personal transportation, though entirely based on existing technologies, such as frictionless lift and propulsion created by a magnetic field. Stability is guaranteed by a drive-by-wire system with gyroscopic sensors. The result is an extremely efficient and manoeuvrable transportation device. Main target of this study was to create a compact, light, economic and environment friendly transportation device where status is provided by its progressive technology instead of plump mass and exorbitant dimensions, which are in heavy conflict with the original goals of transportation: freedom and mobility. Winning entry of the SolidWorks compex shapes designcontest.

A skiing helmet for the World Cup Speedskiing, approved by the Fédération Internationale de Ski (FIS). Speedskiing is the fastest of all snowsports, as skiers can reach speeds up to 250km/h. This dual shelled helmet has an aerodynamical carbonsandwich outershell and a kevlar safety innershell. In the event the skier comes to a fall, the potentially dangerous outershell will de-attach, while the innershell protects the skier’s head.
Since the helmet is responsible for the airflow over the rest of the skier's body, the shape is extremely important to minimize the drag, and therefore to maximize the topspeed. To maintain a fluent airflow, the ideal outline has been determined within windtunnel tests. Designed and engineered in cooperation with Harald van Mil and NPSP composites.