Moon

384 000 km
from Earth

Shackleton

129.78°E
-89.67°S

Ready for launch Take-off
00:10:00
Wheels Batteries

Robust
and efficient
batteries

Harnessing two decades of expertise for the space sector

Harnessing two decades of expertise for the space sector

From 2000 to 2021

Venturi high performance electric vehicle specialist

Venturi
2000

Monegasque entrepreneur Gildo Pastor bought French carmaker Venturi in 2000, and moved the business to Monaco

26

World speed records with two and four wheel vehicles

8

Venturi Formula E Team, which later became Venturi Racing, competed in 8 seasons of the Formula E World Championship

3

From its Monaco base, Venturi designed and manufactured 3 polar exploration vehicles called Antarctica

549

The Venturi VVB-3 is the fastest four-wheel electric vehicle in history. Its FIA world record of 549 km/h (341 mph) stands unbeaten to this day

-40

The Venturi Antarctica, the world’s first and only polar exploration vehicle, was made available for use by the scientists at the Princess Elisabeth Antarctica research station, where it operates at temperatures of -40°C

Strategic partnership

The teams at Venturi Space’s facilities in Monaco are today using their vast experience to design and manufacture the battery packs that will equip the rover made by Venturi Astrolab, Inc.

Venturi Astrolab, Inc.

Battery

Batteries Technical Datasheet

The four batteries must be able to withstand extreme temperatures and intense solar radiation at the lunar South Pole.

Number
of cells
10,000
1/5
To power the rovers, Venturi Space acquires and tests cells
1/5
To power the rovers, Venturi Space acquires and tests cells

90% of them are selected.

Robust -240 °C
2/5
The battery packs are designed to withstand an external temperature variation close to 400°C (from -240°C up to +130°C)
Surge protection 4.2 V
3/5
The maximum voltage of each cell is 4.2V
3/5
The maximum voltage of each cell is 4.2V

The cells are tested under overload beyond 4.2V, at which point
the current interruption devise is activated.

External
short circuit protection
0 V
4/5
External short circuit protection
4/5
External short circuit protection

The cells are tested to prevent thermal runaway. In the event of a short-circuit, an internal protection device activates and the cell potential falls to 0V.

Battery
packs
5/5
Battery Packs
5/5
Battery Packs

Each rover is equipped with several battery packs to ensure functional redundancy.