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[01]
SYSTEMS
Mil-Spec & Mission Ready
Our systems are engineered with a single purpose: to meet the exact needs of our users. Every design starts with a commitment to functionality and reliability. Using military-grade components and proven processes, we deliver solutions that meet the highest standards - ensuring uncompromising performance. Every system is tested and ready to operate straight out of the box.
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[01]
SYSTEMS
Mil-Spec & Mission Ready
Our systems are engineered with a single purpose: to meet the exact needs of our users. Every design starts with a commitment to functionality and reliability. Using military-grade components and proven processes, we deliver solutions that meet the highest standards - ensuring uncompromising performance. Every system is tested and ready to operate straight out of the box.
Contact Us
[02]
[02]
OUR SYSTEMS
OUR SYSTEMS
[03]
P1 SYSTEM
Our Flagship Foot-Launched Platform
P1 is a MIL-SPEC personal air mobility system engineered for precision and reliability at the tactical edge. Featuring a low training threshold and rapid deployment capability, it enables extended-range air movement in contested environments. The system supports multi-payload configurations and maintains a compact, ISU-compatible footprint for efficient transport and field readiness.
Request a breifing and demo
[03]
P1 SYSTEM
Our Flagship Foot-Launched Platform
P1 is a MIL-SPEC personal air mobility system engineered for precision and reliability at the tactical edge. Featuring a low training threshold and rapid deployment capability, it enables extended-range air movement in contested environments. The system supports multi-payload configurations and maintains a compact, ISU-compatible footprint for efficient transport and field readiness.
Request a breifing and demo
[03]
P1 SYSTEM
Our Flagship Foot-Launched Platform
P1 is a MIL-SPEC personal air mobility system engineered for precision and reliability at the tactical edge. Featuring a low training threshold and rapid deployment capability, it enables extended-range air movement in contested environments. The system supports multi-payload configurations and maintains a compact, ISU-compatible footprint for efficient transport and field readiness.
Request a breifing and demo
[03.1]
[03.1]
P1 SYSTEM
P1 SYSTEM
COMPACT AND DEPLOYMENT READY
ISU stackable case, Rapid NVG compatible toolless assembly, and 40 second removable refuelling system
LOW ACOUSTIC AND VISUAL SIGNATURE
Optimised low detectable-noise features including custom propellors, airflow tuned airframe & radar-absorptive composites.
MIL - SPEC RELIABILITY
Electronic start and fuel management system with inflight data overlay for ATAK.
FIELD TESTED
Robust Modular Mil spec in theatre replaceable components.
PAYLOAD
Integrated weapon mounting & payload carrying system.
SAFETY
Serialised and MIL-SPEC validated, with full traceability and rigorous pre-flight checks, ensuring mission-ready reliability and ISO-certified quality.
Deployable
Low Signature
Reliable
Field Tested
Payload
Safety
COMPACT AND DEPLOYMENT READY
[ 01 / 06 ]
ISU stackable case, Rapid NVG compatible toolless assembly, and 40 second removable refuelling system. Complete system can be 'bundled' with HALO insertion.
Deployable
Low Signature
Reliable
Field Tested
Payload
Safety
COMPACT AND DEPLOYMENT READY
[ 01 / 06 ]
ISU stackable case, Rapid NVG compatible toolless assembly, and 40 second removable refuelling system. Complete system can be 'bundled' with HALO insertion.
Purpose-Built For the Operator
Purpose-Built For the Operator
P1 is engineered to meet current and future mission demands in the most discreet environments. Designed as a multi-mission asset, it delivers extended range, longer endurance, and full payload capability - maximizing reach and effectiveness for specialist teams.
P1 is engineered to meet current and future mission demands in the most discreet environments. Designed as a multi-mission asset, it delivers extended range, longer endurance, and full payload capability - maximizing reach and effectiveness for specialist teams.
[03.2]
[03.2]
P1 SYSTEM
P1 SYSTEM
Military Grade Reliability
Military Grade Reliability
High-Strength Materials
High-Strength Materials
Constructed from aerospace grade Titanium, advanced alloys and composites for maximum durability and structural integrity under extreme conditions.
Constructed from aerospace grade Titanium, advanced alloys and composites for maximum durability and structural integrity under extreme conditions.
Enhanced Flight Performance
Enhanced Flight Performance
Upgraded geometry, advanced propulsion, ECU and dual-battery endurance delivers greater operational range and payload capacity.
Upgraded geometry, advanced propulsion, ECU and dual-battery endurance delivers greater operational range and payload capacity.
Rigorous Testing & ISO-Certified Quality
Rigorous Testing & ISO-Certified Quality
Each unit undergoes MIL-STD testing, extended acceptance runs, and strict ISO 9001:2015 quality control, guaranteeing operational readiness and consistency.
Each unit undergoes MIL-STD testing, extended acceptance runs, and strict ISO 9001:2015 quality control, guaranteeing operational readiness and consistency.
Environmental Hardening
Environmental Hardening
Engineered to withstand harsh environments, temperature extremes, dust, and electromagnetic interference, without performance degradation
Engineered to withstand harsh environments, temperature extremes, dust, and electromagnetic interference, without performance degradation
[03.3]
[03.3]
P1 SYSTEM
P1 SYSTEM
Unmatched Capability
Unmatched Capability
Our training goes beyond what non-military providers can offer. Delivered by instructors with Special Operations backgrounds, our programs provide intense, mission-specific flight training on operational-ready equipment in diverse environments.
Our training goes beyond what non-military providers can offer. Delivered by instructors with Special Operations backgrounds, our programs provide intense, mission-specific flight training on operational-ready equipment in diverse environments.
Speed
Upto 47.5 mph (76.3 kph)
Range
Upto 200 miles (321 km)
Payload
88 lbs (40 kg)
Signature
Lowest acoustic signature
Deployment Time
<10 minutes
[03.5]
[03.5]
P1 SYSTEM TESTIMONIALS
P1 SYSTEM TESTIMONIALS
‘’In 10 years of tracking this technology, the P1 surpasses all expectations.’’
Nine Mile, Unnamed Agency Operative
‘’In 10 years of tracking this technology, the P1 surpasses all expectations.’’
Nine Mile, Unnamed Agency Operative
‘’In 10 years of tracking this technology, the P1 surpasses all expectations.’’
Nine Mile, Unnamed Agency Operative
[04]
T1 SYSTEM
The Essential Tactical Support Workhorse
The T1 Powered Trike System is designed as a multi-role platform that significantly expands operational capability. Built for versatility, it combines heavy-lift performance with rapid reconfiguration options, allowing teams to adapt to mission-specific requirements on the fly. Engineered to complement foot-launched systems, the T1 provides critical logistical support for self-sustaining deployments. It can transport additional fuel, essential spares, and mission equipment, ensuring extended endurance in the field. Its modular design also enables conversion for personnel transport or casualty evacuation (CASEVAC), including reclined configurations for medical extraction. With capacity for two operators or one operator plus cargo, the T1 delivers unmatched flexibility, whether carrying extra payload, supporting extended missions, or performing emergency extractions. This system is a cornerstone for creating fully autonomous, self-supporting teams in demanding environments.
Request a Briefing
[04]
T1 SYSTEM
The Essential Tactical Support Workhorse
The T1 Powered Trike System is designed as a multi-role platform that significantly expands operational capability. Built for versatility, it combines heavy-lift performance with rapid reconfiguration options, allowing teams to adapt to mission-specific requirements on the fly. Engineered to complement foot-launched systems, the T1 provides critical logistical support for self-sustaining deployments. It can transport additional fuel, essential spares, and mission equipment, ensuring extended endurance in the field. Its modular design also enables conversion for personnel transport or casualty evacuation (CASEVAC), including reclined configurations for medical extraction. With capacity for two operators or one operator plus cargo, the T1 delivers unmatched flexibility, whether carrying extra payload, supporting extended missions, or performing emergency extractions. This system is a cornerstone for creating fully autonomous, self-supporting teams in demanding environments.
Request a Briefing
[04]
T1 SYSTEM
The Essential Tactical Support Workhorse
The T1 Powered Trike System is designed as a multi-role platform that significantly expands operational capability. Built for versatility, it combines heavy-lift performance with rapid reconfiguration options, allowing teams to adapt to mission-specific requirements on the fly. Engineered to complement foot-launched systems, the T1 provides critical logistical support for self-sustaining deployments. It can transport additional fuel, essential spares, and mission equipment, ensuring extended endurance in the field. Its modular design also enables conversion for personnel transport or casualty evacuation (CASEVAC), including reclined configurations for medical extraction. With capacity for two operators or one operator plus cargo, the T1 delivers unmatched flexibility, whether carrying extra payload, supporting extended missions, or performing emergency extractions. This system is a cornerstone for creating fully autonomous, self-supporting teams in demanding environments.
Request a Briefing
[04.1]
[04.1]
T1 SYSTEM
T1 SYSTEM
Specification
Specification
The T1 Powered Trike System is designed as a multi-role platform that significantly expands operational capability. Built for versatility, it combines heavy-lift performance with rapid reconfiguration options, allowing teams to adapt to mission-specific requirements on the fly.
Cornerstone for creating fully autonomous, self-supporting teams in demanding environments.
The T1 Powered Trike System is designed as a multi-role platform that significantly expands operational capability. Built for versatility, it combines heavy-lift performance with rapid reconfiguration options, allowing teams to adapt to mission-specific requirements on the fly.
Cornerstone for creating fully autonomous, self-supporting teams in demanding environments.
Multi-Role Platform
Multi-Role Platform
Designed for versatility with heavy-lift performance and rapid reconfiguration for mission-specific needs.
Designed for versatility with heavy-lift performance and rapid reconfiguration for mission-specific needs.
Logistical Support
Logistical Support
Transports fuel, spares, and mission equipment to extend operational endurance in the field.
Transports fuel, spares, and mission equipment to extend operational endurance in the field.
Modular Design
Modular Design
Converts for personnel transport or CASEVAC, including reclined setups for medical extraction.
Converts for personnel transport or CASEVAC, including reclined setups for medical extraction.
Payload Flexibility
Payload Flexibility
Carries two operators or one operator plus cargo for extended missions or emergency extractions.
Carries two operators or one operator plus cargo for extended missions or emergency extractions.
Force Multiplier
Force Multiplier
Enables fully autonomous, self-supporting teams in demanding environments.
Enables fully autonomous, self-supporting teams in demanding environments.
[05]
[05]
AUTONOMOUS SYSTEMS
AUTONOMOUS SYSTEMS
Blakcro Autonomy
Blakcro Autonomy
Blakcro has over 13 years of hands-on experience in developing unmanned parafoil aerial systems, specializing in autonomous delivery and reconnaissance platforms. The team has successfully delivered projects for US Army DEVCOM and UK MoD DASA, gaining expertise in aerodynamics, guidance, and multi-scale prototyping for systems ranging from <25 kg tactical units to <300 kg heavy-lift platforms.
Operating from a UK-based facility, Blakcro offers full in-house capabilities - electronics design, titanium/composite fabrication, precision machining, and integration - enabling rapid prototyping and deployment of mission-ready solutions.
Distinctive Approach
Unlike many competitors, Blakcro’s extensive testing and experience have shaped a design philosophy focused on reliability, adaptability, and mission success, ensuring practical and high-performance UAS parafoil systems.
Blakcro has over 13 years of hands-on experience in developing unmanned parafoil aerial systems, specializing in autonomous delivery and reconnaissance platforms. The team has successfully delivered projects for US Army DEVCOM and UK MoD DASA, gaining expertise in aerodynamics, guidance, and multi-scale prototyping for systems ranging from <25 kg tactical units to <300 kg heavy-lift platforms.
Operating from a UK-based facility, Blakcro offers full in-house capabilities - electronics design, titanium/composite fabrication, precision machining, and integration - enabling rapid prototyping and deployment of mission-ready solutions.
Distinctive Approach
Unlike many competitors, Blakcro’s extensive testing and experience have shaped a design philosophy focused on reliability, adaptability, and mission success, ensuring practical and high-performance UAS parafoil systems.
More Info on Request
More Info on Request
More Info on Request
Scale by multiples
When it comes to UAS parafoil wing success, bigger isn’t always better.
Distributing payloads across multiple optimally scaled systems often enhances reliability and operational effectiveness.
This approach also improves payload survivability and supports cost-effective operations where some level of attrition is acceptable.
When it comes to UAS parafoil wing success, bigger isn’t always better.
Distributing payloads across multiple optimally scaled systems often enhances reliability and operational effectiveness.
This approach also improves payload survivability and supports cost-effective operations where some level of attrition is acceptable.
Air launch for mission success
Air-launch methods—whether direct from manned trike platforms or indirect via initial round parachutes deployed from fixed-wing or rotary aircraft—ensure reliable launch performance across a broad spectrum of weather conditions.
Air-launch methods—whether direct from manned trike platforms or indirect via initial round parachutes deployed from fixed-wing or rotary aircraft—ensure reliable launch performance across a broad spectrum of weather conditions.
Unmanned not fully autonomous
Developing a fully autonomous take-off system for parafoils—particularly during the unstable inflation phase—offers limited reliability and cost-effectiveness.
Instead, we focus on remote human-assisted launches or air-launched deployment methods.
Developing a fully autonomous take-off system for parafoils—particularly during the unstable inflation phase—offers limited reliability and cost-effectiveness.
Instead, we focus on remote human-assisted launches or air-launched deployment methods.
Guidance agnostic
The dynamic landscape of guidance technologies and electronic jamming demands maximum adaptability.
Our flight controllers are designed to integrate seamlessly with any guidance system—whether hardened GPS, inertial navigation (INS), or vision-based solutions.
The dynamic landscape of guidance technologies and electronic jamming demands maximum adaptability.
Our flight controllers are designed to integrate seamlessly with any guidance system—whether hardened GPS, inertial navigation (INS), or vision-based solutions.
[05.1]
[05.1]
AUTONOMOUS SYSTEMS
AUTONOMOUS SYSTEMS
Air-Launch Autonomous System
Air-Launch Autonomous System
STRONG USE CASES
STRONG USE CASES
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“Follow me” cargo wing-man for manned powered paraglider systems
Refuel/resupply of manned powered paraglider systems
Long range (150km +) resupply in highly contested airspace
“Follow me” cargo wing-man for manned powered paraglider systems
Refuel/resupply of manned powered paraglider systems
Long range (150km +) resupply in highly contested airspace
OTHER USE CASES
OTHER USE CASES
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Low cost, attritable ISR platform
High loiter time munitions launch platform
Low cost, attritable ISR platform
High loiter time munitions launch platform
POOR FIT
POOR FIT
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Casualty Evacuation (CASEVAC) – flight safety considerations and reliability means regulatory approval for this use case is unlikely in the medium term
All weather system
Casualty Evacuation (CASEVAC) – flight safety considerations and reliability means regulatory approval for this use case is unlikely in the medium term
All weather system
Blakcro Limited is registered in England and Wales with company number 14746785 and having It’s registered office at 2 Grosvenor Drive, Tisbury, SP36GS, United Kingdom
© 2025 Blakcro. All rights reserved.
Blakcro Limited is registered in England and Wales with company number 14746785 and having It’s registered office at 2 Grosvenor Drive, Tisbury, SP36GS, United Kingdom
© 2025 Blakcro. All rights reserved.
Blakcro Limited is registered in England and Wales with company number 14746785 and having It’s registered office at 2 Grosvenor Drive, Tisbury, SP36GS, United Kingdom
© 2025 Blakcro. All rights reserved.