Winners of 3D Printer Challenge design vehicles for the year 2040
Last week, MakerBot and GrabCAD announced the winners of their recent 3D Printer Challenge in Brooklyn, New York. The challenge required designers to come up with futuristic vehicles for the year 2040, with the concept models optimized for printing in 3D on a MakerBot Replicator 2 Desktop 3D Printer. Out of 151 entries, six winners were selected, with the first prize receiving a MakerBot Replicator 2 Desktop 3D Printer and the runner up a MakerBot Replicator 1 Desktop 3D Printer.
1st place: Alpha by Omega
Not surprisingly, Alpha by Omega of Germany is a concept spaceship with echoes of hot rodding in its triple exhaust and spoilers. It’s backed by a fanciful scenario involving the future discovery of cold fusion and the invention of a ”magnetoplasmadynamic thruster (cMPD)” just in time for a spot of Mars terraforming.
2nd place: 2040 Direct Drive Vehicle by Gaberiel Ortin
Canada’s 2040 Direct Drive Vehicle is for “individuals that can’t live without a fundamental driving experience.” It’s an electric vehicle with drive-by-wire and rotating seats for better visibility.
3rd place: Personal Hot Rod by Matthew Gueller
The Personal Hot Rod is the 2040 version of today’s hot rod motorcycles, reimagined as a quad bike.
4th place: Firanse R3 by Luis Cordoba
Mexico’s Luis Cordoba took the 3D printer part of the challenge to heart and came up with this concept made entirely out of 3D-printed parts using recycled material. Designed with separate cab and drive modules, it’s infinitely customizable and affordable.
5th place: Sampa by Brian
The US-designed Sampa or “Gunnar" is what it says on the box – a jet powered “motorcycle.” This airborne hover bike uses 3D-printed internal parts with a carbon/aluminum panel overlay and has “a top speed comparable to an aircraft.”
6th place: LB1 by user Marcos
Looking like one of the famous pods from 2001: a Space Odyssey, the LB1 from Mexico is a personal flying vehicle with an emphasis on a rounded silhouette for maneuverability and low wind resistance.
Please keep comments to less than 150 words. No abusive material or spam will be published.
Anything can be made to fly, but its the energy required by its efficiency that matters if its going to have any logical functional value.