This will hide itself!
info@rapidphysics.au
Contact us / Request a conversation
DOCKING
ISR MISSIONS
MARITIME SECURITY
OFFSHORE ENERGY
OFFSHORE ENERGY
ISR MISSIONS
MARITIME SECURITY
DOCKING
TM
Autonomy that works for you, not the other way around.
Rapid Physics develops autonomous systems that allow uncrewed surface vessels to recharge, exchange payloads, and redeploy without human intervention.
Our core TrueAutonomy platform transforms autonomous vessels from single-role assets into self-sustaining networks.
Unlocking persistent autonomous operations across defence and offshore environments.
Strategic Premise
The Why
Mission Complexity
Current single-role unmanned marine vessels with limited range and endurance are NOT future ready.
Most USVs today can navigate autonomously. Very few can sustain missions autonomously.
The How
TrueAutonomy at scale
Extended mission persistence
without recovery vessels.
Reduced logistics footprint
for forward ISR deployments.
Multi-vehicle coordination architectures
between heterogeneous uncrewed platforms
The Edge
NOT another USV startup
Rapid Physics is building the infrastructure layer for autonomous maritime fleets
Catering to AUKUS Pillar II
Scale
Industry 5.0
Designed for Large-format 3D printing and accelerated production.
TrueAutonomy enabled modular hardware.
This will hide itself!
info@rapidphysics.au
Contact us / Request a conversation
DOCKING
ISR MISSIONS
MARITIME SECURITY
OFFSHORE ENERGY
OFFSHORE ENERGY
ISR MISSIONS
MARITIME SECURITY
DOCKING
TM
Autonomy that works for you, not the other way around.
Rapid Physics develops autonomous systems that allow uncrewed surface vessels to recharge, exchange payloads, and redeploy without human intervention.
Our core TrueAutonomy platform transforms autonomous vessels from single-role assets into self-sustaining networks.
Unlocking persistent autonomous operations across defence and offshore environments.
Strategic Premise
The Why
Mission Complexity
Current single-role unmanned marine vessels with limited range and endurance are NOT future ready.
Most USVs today can navigate autonomously. Very few can sustain missions autonomously.
The How
TrueAutonomy at scale
Extended mission persistence
without recovery vessels.
Reduced logistics footprint
for forward ISR deployments.
Multi-vehicle coordination architectures
between heterogeneous uncrewed platforms
The Edge
NOT another USV startup
Rapid Physics is building the infrastructure layer for autonomous maritime fleets
Catering to AUKUS Pillar II
Scale
Industry 5.0
Designed for Large-format 3D printing and accelerated production.
TrueAutonomy enabled modular hardware.
This will hide itself!
info@rapidphysics.au
Contact us / Request a conversation
DOCKING
ISR MISSIONS
MARITIME SECURITY
OFFSHORE ENERGY
OFFSHORE ENERGY
ISR MISSIONS
MARITIME SECURITY
DOCKING
TM
Autonomy that works for you, not the other way around.
Rapid Physics develops autonomous systems that allow uncrewed surface vessels to recharge, exchange payloads, and redeploy without human intervention.
Our core TrueAutonomy platform transforms autonomous vessels from single-role assets into self-sustaining networks.
Unlocking persistent autonomous operations across defence and offshore environments.
Strategic Premise
The Why
Mission Complexity
Current single-role unmanned marine vessels with limited range and endurance are NOT future ready.
Most USVs today can navigate autonomously. Very few can sustain missions autonomously.
The How
TrueAutonomy at scale
Extended mission persistence
without recovery vessels.
Reduced logistics footprint
for forward ISR deployments.
Multi-vehicle coordination architectures
between heterogeneous uncrewed platforms
The Edge
NOT another USV startup
Rapid Physics is building the infrastructure layer for autonomous maritime fleets
Catering to AUKUS Pillar II
Scale
Industry 5.0
Designed for Large-format 3D printing and accelerated production.
TrueAutonomy enabled modular hardware.