Lighter by
Design
Volta Structural Battery powers aviation systems while reducing mass and maximizing onboard efficiency, integrated directly into aircraft structures.
LET’S GET CONNECTED
LET’S GET CONNECTED
Weight
Penalty
Traditional batteries add mass and reduce range or payload.
Design
Constraints
Bulky packs limit placement flexibility and require structural reinforcements.
Maintenance
Risk
Complex cabling and battery compartments increase failure points and inspection time.
Weight
Penalty
Traditional batteries add mass and reduce range or payload.
Design
Constraints
Bulky packs limit placement flexibility and require structural reinforcements.
Maintenance
Risk
Complex cabling and battery compartments increase failure points and inspection time.
APPLICATION FIELD
Revolutionize energy storage by integrating battery technology into structural components.
APPLICATION FIELD
Revolutionize energy storage by integrating battery technology into structural components.
APPLICATION FIELD
Revolutionize energy storage by integrating battery technology into structural components.
APPLICATION FIELD
Revolutionize energy storage by integrating battery technology into structural components.
Weight
Penalty
Traditional batteries add mass and reduce range or payload.
Maintenance
Risk
Complex cabling and battery compartments increase failure points and inspection time.
Design
Constraints
Bulky packs limit placement flexibility and require structural reinforcements.
Weight
Penalty
Traditional batteries add mass and reduce range or payload.
Design
Constraints
Bulky packs limit placement flexibility and require structural reinforcements.
Maintenance
Risk
Complex cabling and battery compartments increase failure points and inspection time.
STRUCTURAL BATTERY
STRUCTURAL BATTERY
INTEGRATION CASE
STUDIES
LET’S ANALYZE YOUR CASE
UAV Wing Panels
Volta panels replace outer wing skins, storing energy while maintaining aerodynamics.
eVTOL Floorboards
Batteries integrated into cabin flooring reduce center of gravity and save space.
Emergency Power
Panels
Lightweight structural modules provide backup energy for critical systems.
Testbed Aircraft
Interior
Custom panels tested in pressurized cabins to validate safety and integration.
ESTIMATED ADVANTAGES
FOR AERONAUTICS
structural
mass
-25%
Replace battery packs and casings with load-bearing panels.
flight
range
+15%
Lighter structure extends distance or enables additional payload.
System
Volume
-40%
Panelized format eliminates need for separate compartments.
Energy-to-Mass
Ratio
+70%
Aerospace-grade carbon skins and optimized geometry boost overall efficiency.
-25%
structural
mass
Replace battery packs and casings with load-bearing panels.
+15%
flight
range
Lighter structure extends distance or enables additional payload.
-40%
System
Volume
Panelized format eliminates need for separate compartments.
+70%
Energy-to-Mass
Ratio
Aerospace-grade carbon skins and optimized geometry boost overall efficiency.
+30%
Available volume
for payloads
Revolutionize energy storage by integrating battery technology into structural components.
-40Kg
Mass
savings
Anthro’s technology unlocks the full potential of next-gen batteries with more energy density, improved safety, and increased stability.
+500%
Power through structural integration
Anthro’s technology unlocks the full potential of next-gen batteries with more energy density, improved safety, and increased stability.
-25%
structural mass
Replace battery packs and casings with load-bearing panels.
+15%
flight range
Lighter structure extends distance or enables additional payload.
-40%
System Volume
Panelized format eliminates need for separate compartments.
+70%
Energy-to-Mass Ratio
Aerospace-grade carbon skins and optimized geometry boost overall efficiency.
-25%
structural mass
Replace battery packs and casings with load-bearing panels.
-25%
structural mass
Replace battery packs and casings with load-bearing panels.
-25%
structural mass
Replace battery packs and casings with load-bearing panels.
-25%
structural mass
Replace battery packs and casings with load-bearing panels.
STEP BY STEP
PRODUCT ROADMAP
2021
2022
2023
structural Validation
Mechanical testing on aerospace-grade panels under flight conditions.
aircraft integration
Flight-ready modules integrated into UAV and eVTOL airframes.
Certification & Series Adoption
Compliant modules scaled for commercial and defense-grade aviation platforms.
2021
2022
2023
STEP BY STEP
PRODUCT ROADMAP
2025
2026
2027
structural Validation
Mechanical testing on aerospace-grade panels under flight conditions.
aircraft integration
Flight-ready modules integrated into UAV and eVTOL airframes.
Certification & Series Adoption
TRL8/9 full-scale adoption in large satellites, rovers, and exploration systems.
2025
2026
2027
STEP BY STEP
PRODUCT ROADMAP
2025
2026
2027
2024
structural Validation
Mechanical testing on aerospace-grade panels under flight conditions.
aircraft integration
Flight-ready modules integrated into UAV and eVTOL airframes.
Certification & Series Adoption
Compliant modules scaled for commercial and defense-grade aviation platforms.
2025
2026
2027
STEP BY STEP
PRODUCT ROADMAP
2021
2022
2023
2024
PHASE 1
Revolutionize energy storage by integrating battery technology into structural components.
PHASE 1
Revolutionize energy storage by integrating battery technology into structural components.
PHASE 1
Revolutionize energy storage by integrating battery technology into structural components.
PHASE 1
Revolutionize energy storage by integrating battery technology into structural components.
2021
2021
2021
2021
FREQUENT ASKED
QUESTIONS
Revolutionize energy storage by integrating battery technology into structural components.
ASK YOUR QUESTION
FREQUENT ASKED
QUESTIONS
GET VOLTA BATTERY
Revolutionize energy storage by integrating
battery technology into structural components.
HOW IS LOREM IPSUM 1?
HOW IS LOREM IPSUM 1?
HOW IS LOREM IPSUM 1?
HOW IS LOREM IPSUM 1?
Lorem ipsum 1
Revolutionize energy storage by integrating battery technology into structural components.
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Revolutionize energy storage by integrating battery technology into structural components.
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Revolutionize energy storage by integrating battery technology into structural components.
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Revolutionize energy storage by integrating battery technology into structural components.
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Revolutionize energy storage by integrating battery technology into structural components.
Lorem ipsum 3
Revolutionize energy storage by integrating battery technology into structural components.
Lorem ipsum 4
Revolutionize energy storage by integrating battery technology into structural components.
Lorem ipsum 1
Revolutionize energy storage by integrating battery technology into structural components.
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Revolutionize energy storage by integrating battery technology into structural components.
Lorem ipsum 3
Revolutionize energy storage by integrating battery technology into structural components.
Lorem ipsum 4
Revolutionize energy storage by integrating battery technology into structural components.
MAIN PARTNER
FREQUENT ASKED
QUESTIONS
Revolutionize energy storage by integrating battery technology into structural components.
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FREQUENT ASKED
QUESTIONS
Revolutionize energy storage by integrating battery technology into structural components.
ASK YOUR QUESTION
Lorem ipsum 1
Faq Plus
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Faq Plus
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Faq Plus
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