Production UAS

We select and supply production UAS from third-party manufacturers to match flight conditions, payloads, data requirements and operational constraints.

We select production UAS based on application conditions, flight parameters, payload and data requirements. We formulate the supply and prepare the complex for operation.

Visualization of an unmanned aircraft with a rear power plant

About the service

Core services

Core expertise

Core expertise

GNSS-denied navigation, integrated airframes and autonomous AI for the next generation of autonomous aviation.

GNSS-denied navigation

01.

Mission autonomy

Integrated airframe

02.

Clean aerodynamics

Autonomous AI

03.

Composite shell

Visualization of servicing onboard modules in an open UAV compartment

Configuration

Platform and equipment for application conditions

We compare the characteristics of production platforms with the task, select the payload, communications equipment, ground equipment and the necessary software.

Delivery

Agreed composition of the complex

We create equipment specifications, a set of spare parts and operational configuration. If necessary, we provide setup, personnel training and further technical support.

Visualization of the preparation of the UAV and a set of equipment for transfer

How the service works

Service overview

The task
When you need to select a ready-made unmanned system for monitoring, surveys or data collection without extensive modifications to the aircraft.
What to prepare
Provide a description of the site and work, data requirements, operating conditions, expected workload and composition of your team.
What you receive
Selection of platform and equipment, agreed upon delivery and preparation for operation. Compatibility, availability of equipment and delivery conditions are checked upon request.
Where to start
Send the requirements for the result of the work - based on them, we will begin selecting the complex.
Discuss your requirements

AERIS supplies off-the-shelf third-party unmanned aircraft systems for monitoring, inspection, mapping, aerial imaging and site surveys and other applications.

The configuration is determined by the parameters of a specific task: flight duration and range, area or extent of the object, required payload, characteristics of the data received, launch and landing conditions, communication channels and requirements for further operation.

Platform selection

The work begins with the technical requirements for the use of UAS. For area surveys, inspection of extended objects, local inspection and long-term monitoring, different aerodynamic designs, flight duration, equipment composition and operating methods are required.

When choosing a platform, the following are taken into account:

  • type and duration of flight mission;
  • required range and operating altitude;
  • weight and dimensions of the payload;
  • accuracy and composition of the data obtained;
  • launch, landing and deployment conditions;
  • temperature, wind and other operating restrictions;
  • requirements for communications, telemetry and ground equipment;
  • availability of consumables, spare parts and service.

Delivery Contents

The composition of the complex is formed according to the agreed operating scenario. Depending on the system selected, delivery may include aircraft, ground controls, payload, software, communications, battery and charging equipment, transportation solutions and spare parts kit.

Special attention is paid to the compatibility of components. Payload weight, electrical power, communication interfaces, equipment placement, and manufacturer limitations are all checked before the final specification is generated.

Payload and data

The choice of sensor equipment is determined by the result that the customer should receive after the flight. For various tasks, photo and video cameras, thermal imaging modules, multispectral systems, laser scanners and specialized measuring instruments can be used.

The selection takes into account the resolution, survey geometry, viewing area, weight of equipment, stabilization requirements, volume of data and the further order of their processing.

Preparation for use

Before the complex is transferred, the operating configuration, completeness and operating procedures are agreed upon. If necessary, the equipment is configured, the interaction of components is checked, and the software is prepared.

The customer receives a delivery specification and documentation for the equipment used. Additionally, spare parts, consumables, personnel training and subsequent technical support may be provided.

Applications

  • monitoring of territories and infrastructure;
  • inspection of industrial and linear facilities;
  • aerial photography and mapping;
  • thermal imaging examination;
  • agricultural monitoring;
  • geodetic and survey work;
  • environmental observations;
  • specialized aerial data collection.

Selection criteria

A production platform is justified in cases where its flight characteristics, permissible payload and operational parameters correspond to the task at hand without extensive structural modifications.

If there are several suitable systems, the characteristics of the complex as a whole are compared: performance in a given scenario, equipment composition, operational requirements, service availability and cost of ownership.

AERIS operation with production UAS

AERIS generates the configuration based on the customer's technical requirements and the characteristics of available commercial platforms. The scope of our work includes equipment selection, compatibility testing, delivery composition, complex preparation and further support.

If the task requires a special payload, deep modification of software or hardware, the project can be continued as part of the UAS system integration.

GNSS-denied navigation

Resilient navigation using inertial, visual and sensor data when satellite signals are jammed or lost.

Integrated airframe

An aerodynamic configuration that integrates the lifting surface, payload and power system to reduce drag and improve efficiency.

Autonomous AI

Onboard logic helps the system plan its route, interpret its surroundings and carry out a mission with minimal operator involvement.

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