Many models.
One vision.
Every version, blueprint and prototype brought us one step closer. This is what it took to challenge gravity.
The test bench
Before building the T.A.R prototype, every system was validated on our own test bench: an instrumented platform where we measure lift, stability and power draw under controlled conditions, iteration after iteration.
B.D.P — PYRAMID-STRUCTURE TEST CHAMBER
A pyramid chamber designed to demonstrate the physical principle, serving as a test bench for the physical phenomenon underlying T.A.R.
A touchscreen control console and an oscilloscope record every trial in real time.
From CAD to 3D printing and back: every data point fed the next version until we achieved stable lift.
Where we are,
where we're going
Today T.A.R is no longer just an idea: we have the complete design of the industrial pre-series model and a test bench that demonstrates the physical principle. The next step is to build the functional prototype.
A MILESTONE ALONG THE WAY
Reference image · Primer (2004)
Industrial pre-series design
Complete design, ready to move into prototype manufacturing.
Test bench
The pyramid chamber that demonstrates the phenomenon of artificial gravity induction
Principle demonstrated
Lift measured and repeatable under controlled conditions.
Test bench validation
Total artificial control at the user's will
Scaling and autonomy
Bring the module to prototype scale with all its systems integrated
First rideable unit
Building the first T.A.R will be a historic milestone, and it is very close.
T.A.R in the world
Fulfilling a dream that has waited 36 years, toward a future never seen before.