Fully integrated airborne battery system

Battery technology is the main bottleneck for electric aviation

Current high energy density Li-ion solutions face three critical limitations that prevent scalable electrification of regional and larger aircraft.

Become part of our story

Become part of our story

Fully integrated airborne battery system

Battery technology is the main bottleneck for electric aviation

Current high energy density Li-ion solutions face three critical limitations that prevent scalable electrification of regional and larger aircraft.

Become part of our story

Become part of our story

Our solution

Three critical limitations holding electric aviation back

Three critical limitations holding electric aviation back

Limited lifetime

Silicon-rich anodes offer high energy density but suffer from rapid degradation.

Limited lifetime

Silicon-rich anodes offer high energy density but suffer from rapid degradation.

Limited lifetime

Silicon-rich anodes offer high energy density but suffer from rapid degradation.

Insufficient burst power duration

Aircraft require sustained high power during take-off and climb.

Insufficient burst power duration

Aircraft require sustained high power during take-off and climb.

Insufficient burst power duration

Aircraft require sustained high power during take-off and climb.

Safety constraints

Thermal runaway risks lead to heavy containment structures that reduce aircraft efficiency.

Safety constraints

Thermal runaway risks lead to heavy containment structures that reduce aircraft efficiency.

Safety constraints

Thermal runaway risks lead to heavy containment structures that reduce aircraft efficiency.

Our solution

Aviation demands what no battery delivers today. Lightweight. Long range. Truly safe. So we built one from scratch. Aviation battery systems based on Si-rich anode + NMC811 cathode cells

Aviation demands what no battery delivers today. Lightweight. Long range. Truly safe. So we built one from scratch. Aviation battery systems based on Si-rich anode + NMC811 cathode cells

Lifespan

Significantly extends cycle life of silicon-based cells

Sustained

Enables sustained high burst power for take-off

Detection

Integrates advanced safety monitoring for early detection of failure

Lightweight

Enables lightweight pack architectures without heavy containment

Technology

Our innovation lies at both cell level and battery system level

Our innovation lies at both cell level and battery system level

Our innovation lies at both cell level and battery system level

Four integrated technology pillars — each solving a specific bottleneck in electric aviation.

Four integrated technology pillars, each solving a specific bottleneck in electric aviation.

blue leather boxing gloves on white table

Cell process management

Lifetime extension strategies for Si-rich anodes

Safety monitoring

Early detection of abnormal temperature development

blue leather boxing gloves on white table

Cell process management

Lifetime extension strategies for Si-rich anodes

Safety monitoring

Early detection of abnormal temperature development

High-power architecture

● Extended burst power capability

Ground up circular design

● Reuse of materials and critical components

High-power architecture

● Extended burst power capability

Ground up circular design

● Reuse of materials and critical components

Ready to power the future of flight?

Discover how our battery systems can accelerate your electric aviation goals.

Discover our technology

Get in touch

Ready to power the future of flight?

Discover how our battery systems can accelerate your electric aviation goals.

Discover our technology

Get in touch

Ready to power the future of flight?

Discover how our battery systems can accelerate your electric aviation goals.

Discover our technology

Get in touch