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Autonomous systems for flights.

Multitech develops unmanned aerial platforms for missions that demand reach, awareness and operational flexibility. From agile multirotors to long-endurance aerial systems, we engineer around the mission.

Platform Family

One domain.
Different ways
to fly.

Multitech's aerospace work spans these aircraft configurations, allowing platforms to be developed around requirements for manoeuvrability, range, endurance and payload.

Quadcopter aerial platform Multirotor aerial platform Fixed-wing aerial platform Single-rotor aerial platform Hybrid VTOL aerial platform
Selected Platform

Quadcopter

Agile vertical-lift architecture for missions requiring controlled flight, manoeuvrability and close-area operation.

Architecture · Flight characteristics · Mission flexibility
Persistent Aerial Systems

Designed for
persistence.

Aerostatic systems provide persistent aerial presence where observation, communications coverage and sustained awareness are required. The system can remain anchored to a defined area or operate as a mobile aerial asset.

Anchored system
Static aerostat aerial system Dynamic aerostat aerial system
Static / Anchored

Persistent
coverage.

Anchored to a defined area for persistent observation and communications coverage.

Applications

More than flight.

The aircraft is only part of the system. The real value comes from what the platform enables across different mission environments.

Mission Environment

Security

Aerial platforms designed to extend situational awareness, observation and response capability.

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Let's discuss
the requirement.

Whether the requirement involves autonomous aerial platforms, aerostatic systems or mission-specific integration, our team can help define the next practical step.

Office

Multitech Engineering
Engineering District, Lagos, Nigeria

Hours

Monday – Friday
08:00 – 17:00

Project enquiry