SYS-V01
VTOL UAV Systems
Vertical take-off platforms combining flexible deployment with extended fixed-wing efficiency.
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UAV · USV · LONG-RANGE · HEAVY-LIFT
engineered to go further.
MARBEXA designs, configures and integrates advanced UAV and USV platforms — long-range, heavy-lift and mission-specific. Each system is selected, assembled and validated around its operational requirements.
Systems
UAV + USV
Capability
Long-Range
Payload
Heavy-Lift
Engineering
Custom-Built
COAXIAL LIFT
MODULAR BAY
RTK GNSS
HEAVY-LIFT CONCEPT
SYSTEM SCHEMATIC
SYS · 01 — Core Systems
A platform for every mission profile.
Four product lines, one engineering standard — designed, configured and integrated for the mission.
SYS-H02
Heavy-Lift UAV Systems
Multirotor platforms engineered around demanding payload, stability and operational requirements.
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Unmanned Surface Vehicles
Autonomous surface platforms for monitoring, inspection, data collection and custom marine missions.
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Components & Spare Parts
Flight controllers, RC links, GNSS modules, antennas, power electronics and integration hardware.
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ENG · 02 — Engineering Advantage
Engineered around the mission.
Capability comes from design choices — platform, propulsion, navigation, communications and power defined as one.
Long-range focus
Links and airframes selected and tuned for distance and endurance in the field.
Heavy-lift capability
Frames and propulsion sized around demanding payload and stability requirements.
Modular payloads
Swappable bays and interfaces for sensors and mission-specific equipment.
Autonomous control
Waypoint and mission-level autonomous operation across air and surface platforms.
Precision control
Stable, repeatable handling tuned for the platform and its operating environment.
Mission-ready build
Configurations assembled and validated for real operating conditions.
CMP · 03 — Components & Integration
Down to the last component.
Beyond complete systems, MARBEXA supplies and integrates the parts behind every platform.
Flight Controllers
Autopilot hardware with firmware setup and airframe integration.
RC & Data Links
Long-range radio control and telemetry links, configured end to end.
GPS / GNSS / RTK
Precise positioning and dual-antenna heading solutions.
Antennas
Tuned RF for command, video and data — matched to range.
Power Electronics
ESCs, distribution and power systems for demanding loads.
Communication Modules
Integration hardware, carrier boards and mission interfaces.
Integration, not just supply.
We match components to the airframe or hull, wire the stack, and validate the full system before hand‑over — so what you receive is ready to operate.
PRC · 04 — Engineering Process
From mission requirement to operational system.
A consistent path from the operational need to a validated, mission-ready platform.
01
Mission Analysis
We start from the operational requirement: environment, payload, range and constraints.
02
System Architecture
Platform, propulsion, navigation, communications and power are defined as one system.
03
Component Selection
Flight controllers, links, GNSS, antennas and power electronics are chosen to spec.
04
Integration
Hardware and software are assembled into a coherent, mission-ready platform.
05
Ground & Water Testing
UAV and USV systems are checked and tuned on the ground and on the water.
06
Operational Validation
Each configuration is validated against the mission it was built for.
ABT · 05 — About MARBEXA
Autonomous systems, built around the mission.
MARBEXA develops and integrates autonomous systems for air and sea — UAV and USV platforms engineered around real operational needs rather than fixed catalogue products.
Every project begins with the mission. From there we define the system architecture and select the platform, propulsion, navigation, communications, power and payload that fit it — then integrate and validate them as a single system.
We operate from Marbella, Spain, with a focus on reliable, modular platforms that are genuinely usable in the field.
Build with MARBEXA
Let's build what's next.
Tell us the mission. We'll engineer the system.