La Bandita Speedster - Imagine it, build it, drive it
La Bandita is the world's first 3D-printed car designed entirely in virtual reality and engineered with AI, created by Hackrod, a Los Angeles-based digital manufacturing company, in partnership with Siemens. The project is not a concept in the traditional automotive sense; it is a proof of concept for an entirely new way of designing and building a car, one that makes bespoke manufacturing accessible to individual customers by using VR as the design environment, machine learning as the engineering engine, and 3D printing as the factory.
Designing a car in virtual reality with machine learning
The process begins not in a studio with clay models, but in virtual reality. Using Siemens' NX PLM (Product Lifecycle Management) software with HTC Vive hardware, designers and clients inhabit the car as they build it, making proportional and ergonomic decisions in a 1:1 virtual environment rather than on a flat screen. Machine learning sits alongside the design process, continuously improving the engineering parameters based on the choices being made, flagging structural implications in real time.
The team behind Hackrod combines a film director and an aerospace engineer alongside technologists whose backgrounds span IoT, advanced manufacturing, and industrial design. The combination matters: La Bandita's ambition is cinematic in its imagination but aerospace-grade in its execution. The chassis is printed using a hybrid metal deposition and CNC machine that lays down 2319 aerospace-grade aluminum, chosen for its combination of strength and low weight. Only the chassis, frame, and body supports come from the printer; other components are drawn from an existing library of compatible parts.
A fully bespoke car for every client
Every customer who orders through Hackrod's process participates in the design from the start. The cockpit and interior are ergonomically modeled to the individual driver's body in VR before a single part is printed, which means La Bandita is not one car but a platform for infinitely personalized cars that happen to share a manufacturing process. This is what separates it from the standard custom car build: the technology does not produce a variation on a template, it generates a genuinely original vehicle for each commission.
Hackrod and Siemens' partnership represents one of the most serious applications of digital manufacturing technology to the automotive world, using IoT and machine learning not just as marketing language but as actual engineering tools integrated into the production pipeline. The S in Siemens' NX PLM stands for the same toolchain used in aerospace and defense manufacturing, applied here to a two-seat speedster built one at a time in Los Angeles.
What La Bandita means for the future of custom cars
If La Bandita proves its thesis, the next era of bespoke automotive manufacturing will not require a factory floor of skilled craftsmen hand-forming aluminum over wooden bucks. It will require a VR headset, a PLM platform, and a printer. The economic implication is significant: one of the largest barriers to custom cars has always been cost, and a manufacturing model that replaces skilled labor with digital automation changes the calculus of what is achievable at small scale.
La Bandita is the first evidence that this thesis holds up in physical form, not just in pitch decks.
For the most ambitious and forward-thinking cars available today, explore TheArsenale Cars collection, including the Apex AP-0 Electric Sports Car and the Rezvani Beast Extreme Sports Car, two machines that share La Bandita's appetite for pushing what is possible in a road car.
