Platform / 5" Tactical FPV

ADAM-02

5" Tactical GPS + Indoor PX4 Autonomy Encrypted Video 0.5 kg Drop

ADAM-02 is a 5-inch tactical FPV platform optimized for high-agility operations in tight terrain where rapid verification, target custody, and functional tasks must be executed by dismounted users with minimal setup friction. Adds indoor positioning and PX4-based autonomy architecture for seamless indoor/outdoor transitions — including GPS-denied spaces.

ADAM-02 top view Top View
ADAM-02 front view Front View
ADAM-02 side view Side View
Core Capabilities
  • 01

    Unique flight performance enabled by a special-developed carbon-fiber frame and an optimized electronics combination

  • 02

    Encrypted digital video with up to 35 km theoretical line-of-sight range (actual range depends on terrain, antenna configuration etc).

  • 03

    Indoor positioning + GPS: enables controlled flight indoors and outdoors.

  • 04

    Autonomy software baseline: QGround to facilitate autonomy-driven functions.

  • 05

    Tilt camera module enabling observation upward and downward, improving ISR utility and functional work (e.g., precise payload placement/release).

  • 06

    Optional LED or IR illumination adjacent to the camera module.

  • 07

    Payload release enabling multi-mission functional tasks; payload class: up to 0.5 kg.

  • 08

    Designed and manufactured in Sweden, with NDAA-aligned critical parts and a continuous transition path toward 100% EU/NATO sourcing. Designed for scalable mass production when required.

  • 09

    Arctic-capable and ruggedized for cold-weather operations; impact-tolerant build—in many collision cases the propeller is the primary consumable.

  • 10

    Modular, dismounted-first ecosystem: supports a flexible BYOD setup philosophy (batteries, controllers) and avoids heavy dependency on laptops, Pelican cases, and power-hungry ground stations.

Operational Scenarios

Designed for complex environments where indoor/outdoor transitions matter.

  • Rapid verification (“first look”) before committing personnel into uncertain terrain.
  • Micro-ISR in complex environments with autonomous operations (urban alleys, stairwells, near-objects inspection).
  • Overwatch / custody of moving objects or evolving incidents.
  • Command support via shareable live video feed and standardized reporting workflow.
  • Functional missions using payload release: marking/placing, micro-delivery, other mandate-dependent tasks both executed manually and autonomously.

Navigation & Software

PX4 baseline with indoor positioning enables autonomy-enabled workflows.

  • Pilot support: GPS + Indoor Positioning
  • Flight software stack: PX4 (02-series baseline).
  • Autonomy features: enabled via software architecture - QGround (mission-dependent feature set)
  • Integration: Designed for dismounted deployment: minimal ground equipment, rapid ready-to-fly setup.
  • Modular approach: Supports flexible battery and controller choices depending on customer policy/logistics.
  • Mobile control option: supports rapid deployment and reduces ground footprint

Designed for Critical Missions

Developed to support total defence actors including:

Key Specifications

Attribute ADAM-02
Platform class5" Tactical FPV (30×30 cm frame)
Primary useHigh-agility close terrain, indoor/outdoor transitions
Pilot supportGPS + Indoor Positioning
Indoor positioningYes
Autonomy softwareYes, QGround
Flight stackPX4
Control optionELRS-compatible commercial control station. Android phone/tablet or laptop
Digital videoEncrypted digital video
Link rangeUp to 35 km theoretical LoS (conditions apply)
CameraTilt camera (up/down viewing), LED or IR option
Flight time25+ min
Payload releaseYes
Payload capacityUp to 0.5 kg
RuggedizationArctic-capable, impact-tolerant
ManufacturingDesigned & made in Sweden; NDAA-aligned critical parts; EU/NATO transition
ScalabilityDesigned for mass production
Note: Range and performance are mission-dependent. The stated 35 km link value is a theoretical line-of-sight figure; operational range varies with terrain, antenna configuration, spectrum conditions, and electromagnetic environment. Payload, wind, and temperature influence endurance and handling.