Heavy-duty unmanned helicopter platform

Lizard 1000

Dynamic picture of a cyclist riding downhill
Dynamic picture of a cyclist riding downhill
Dynamic picture of a cyclist riding downhill

Why choose Lizard 1000?

Lizard platforms are built on a helicopter architecture designed for endurance, efficiency and mission reliability.
Unlike multirotors, this configuration excels in forward flight, range and payload capability.

Lizard platforms are built on a helicopter architecture designed for endurance, efficiency and mission reliability.
Unlike multirotors, this configuration excels in forward flight, range and payload capability.

Longer Endurance

Efficient cruise flight without excessive power drain

Higher Transit Speed

Reach remote areas faster than conventional multirotors

Extended Operational Range

Cover larger areas in a single mission

Payload Efficiency

Heavy loads without performance degradation

Wind & Weather Stability

Consistent control in challenging conditions

Robot body

Key Capabilities

Built for heavy payload operations

Lizard 1000 supports heavy payloads up to 15 kg, enabling the transport of equipment and multi-sensor configurations not feasible on lighter platforms.

Built for heavy payload operations

Rapid Deployment

Tool-less, quick assembly enables rapid deployment by a single operator, minimizing time-to-airborne when speed matters.

Rapid Deployment

Extended endurance for long missions

Optimized electric powertrain and aerodynamic efficiency maximize endurance across long mission profiles.

Extended endurance for long missions

Superior stability in harsh environments

Enhanced stability and wind resistance, enabled by a larger rotor diameter and optimized aerodynamics for reliable flight in demanding conditions.

Superior stability in harsh environments

Lizard Features

Rapid Maintenance Design

Rapid Maintenance Design

AEVA head

The airframe design is focused on Line-Replaceable Unit philosophy, allowing easy access to modules and quick replacement. This approach significantly reduces maintenance costs and downtime, keeping your fleet operational.

Compact & modular

Compact & modular

AEVA head

A compact helicopter UAV with detachable tail boom, blades and payload modules, enabling rapid disassembly, quick component replacement and efficient transport. Minimal screw architecture and modular interfaces ensure fast deployment, simplified maintenance and mission adaptability.

Removable battery system

Removable battery system

AEVA head

Engineered for rapid battery swapping, the system features a precision-guided sliding rail and secure locking mechanism, enabling quick replacement even while powered on. This design minimizes downtime and ensures continuous, mission-ready operations in the field.

Blade locking system

Blade locking system

AEVA head

The blade attachment system is designed for fast installation with only one hand while ensuring maximum safety. An integrated locking mechanism prevents accidental release, guaranteeing reliable operation in all conditions.

FPV & Front payload interface

AEVA head

High-definition FPV

Integrated high-definition FPV camera on every platform ensures real-time visual awareness and precise navigation. Seamlessly embedded into the airframe, it provides reliable situational control in all mission conditions without the need for additional setup.

AEVA head

Modular Paylaod Mount

Modular Paylaod Mount

Modular Paylaod Mount

The payload mounting system is

designed to be fully modular, allowing

quick integration of different payloads

depending on mission requirements.

Belly payload capability

Belly payload capability

Belly payload capability

AEVA head

Cargo Box

Cargo Box

Cargo Box

The belly-mounted cargo box enables efficient transport of equipment and supplies. Ideal for logistics, delivery operations and remote area support where rapid deployment is essential.

AEVA head

Loudspeaker & Light

Loudspeaker & Light

Loudspeaker & Light

Combined loudspeaker and high-intensity light payload supports communication and visibility in critical scenarios. Designed for search & rescue, emergency response and night operations.

Technical Overview

Key Characteristics

Key Characteristics

Key Characteristics

Dimensions (L x W x H)

1792 x 398 x 628 mm

Dimensions (L x W x H)

1792 x 398 x 628 mm

Rotor Diameter

2254 mm

Rotor Diameter

2254 mm

Max. Take-off Weight

35 Kg

Max. Take-off Weight

35 Kg

Weight (w\o batteries)

14 Kg

Weight (w\o batteries)

14 Kg

Payload Capacity

Up to 15 Kg

Payload Capacity

Up to 15 Kg

Endurance

80 min.

Endurance

80 min.

Optimal Cruise Speed

21 m/s (40.8 kn)

Optimal Cruise Speed

21 m/s (40.8 kn)

Max. Horizontal Speed

33 m/s (64.1 kn)

Max. Horizontal Speed

33 m/s (64.1 kn)

Max. Climb & Descent Speed

3 m/s

Max. Climb & Descent Speed

3 m/s

Deployment Area

9 m²

Deployment Area

9 m²

Deployment Time

<5 min.

Deployment Time

<5 min.

Enviromental

Enviromental

Enviromental

Wind Resistance

20 m/s (38.9 kn)

Wind Resistance

20 m/s (38.9 kn)

Operating Temperature

-20° to +50° C (-4° to +122° F)

Operating Temperature

-20° to +50° C (-4° to +122° F)

Max. Flight Altitude

4000 m

Max. Flight Altitude

4000 m

IP Rating

IP54

IP Rating

IP54

Applications for Lizard 1000

  • Emergency Logistics in Remote Areas

    Transports up to 15 kg of medical supplies in thermally controlled boxes. Capable of landing in tight 2.5 – 4 m² areas, for maximum flexibility.

  • Offshore Inspection (Wind, O&G)

    Corrosion-resistant body and ability to carry up to 15 kg of inspection tools (e.g., 4K gimbal + UT probe). Operates from small service vessels.

  • Power Line / Pipeline Inspection

    Carries up to 15 kg of LiDAR and RGB payloads in a single flight. Its swashplate rotor system ensures stability in every condition and environment.

  • First Response Sea Rescue

    With thermal optics and rescue payloads, LIZARD can locate and assist people overboard before rescue units arrive.

  • Emergency Logistics in Remote Areas

    Transports up to 15 kg of medical supplies in thermally controlled boxes. Capable of landing in tight 2.5 – 4 m² areas, for maximum flexibility.

  • Offshore Inspection (Wind, O&G)

    Corrosion-resistant body and ability to carry up to 15 kg of inspection tools (e.g., 4K gimbal + UT probe). Operates from small service vessels.

  • Power Line / Pipeline Inspection

    Carries up to 15 kg of LiDAR and RGB payloads in a single flight. Its swashplate rotor system ensures stability in every condition and environment.

  • First Response Sea Rescue

    With thermal optics and rescue payloads, LIZARD can locate and assist people overboard before rescue units arrive.

  • Emergency Logistics in Remote Areas

    Transports up to 15 kg of medical supplies in thermally controlled boxes. Capable of landing in tight 2.5 – 4 m² areas, for maximum flexibility.

  • Offshore Inspection (Wind, O&G)

    Corrosion-resistant body and ability to carry up to 15 kg of inspection tools (e.g., 4K gimbal + UT probe). Operates from small service vessels.

  • Power Line / Pipeline Inspection

    Carries up to 15 kg of LiDAR and RGB payloads in a single flight. Its swashplate rotor system ensures stability in every condition and environment.

  • Large-Scale Topographic Surveying

    Accurate terrain mapping over wide and complex areas, ensuring consistent data quality in challenging conditions.

  • First Response Sea Rescue

    With thermal optics and rescue payloads, LIZARD can locate and assist people overboard before rescue units arrive.

Engineered for demanding missions.

Built for missions where reliability defines success.

Drone shot of a running track at night

Engineered for demanding missions.

Built for missions where reliability defines success.

Drone shot of a running track at night

Engineered for demanding missions.

Built for missions where reliability defines success.

Drone shot of a running track at night