Drone products and layouts

Agriculture Crop Spraying Drone

Uses a central tank and arm design that keeps the drone balanced even when carrying a full spray load across wide fields.

Nozzle positions and flow rates are planned to give even coverage, helping avoid under-spray and over-spray in different patches.

Aims to reduce waste of chemicals and water by targeting only the crop area instead of the surrounding space.

Helps protect workers by reducing the need to walk directly inside the field while spraying.

This layout is under active development, with settings and structure updated after each season of field testing.

Defence and Tactical Layouts

Provides a stable base where different payloads can be mounted and tested without redesigning the whole drone each time.

Helps shorten setup time between trials so teams can focus on test results instead of wiring and mechanical changes.

Designed for repeat flights at defence ranges where reliability and clear behaviour are more important than flashy features.

Can support future upgrades such as new sensors, communication links or guidance ideas as they are explored.

The layout is under active development alongside defence partners who share practical feedback from every session.

Logistics Delivery Drone

Designed to carry boxes, buckets or custom containers between fixed points inside a site, such as field edges or workshop areas.

Helps reduce time spent walking with tools or parts, especially in hot weather or across uneven ground.

Can be planned to follow safe, repeated routes so people know where and when the drone will pass.

Aims to fit into normal operations without needing a large, complex control room or new staff.

Under active development with attention to payload shape, weight limits and site-specific safety rules.

Security and Surveillance drones

Focused on flying along boundaries and key lines, such as fences, roads or field edges, to keep an eye on what is happening.

Helps detect changes and potential issues sooner than a slow ground patrol might notice them.

Can record or stream views for later review, depending on the permissions and setup chosen by the site.

Aims to reduce blind spots and give a better sense of the whole site at a glance.

Under active development with partners in mining, parks and large properties that need regular observation.

Environmental Monitoring Drone

Designed to carry sensors that collect air, climate and site-condition data from above without sending people into difficult or risky areas.

Can support monitoring of air quality, temperature, humidity, gas presence and other environmental indicators depending on the payload used.

Helps teams study large sites faster by gathering data over fields, campuses, industrial zones and sensitive locations in a planned flight path.

Aims to improve environmental observation by combining mobility, repeatable routes and sensor-based data collection in one drone platform.

This layout is under active development and is being refined for practical monitoring use cases through testing and feedback.

Agriculture drones

Designed to cover fields faster than manual spraying while using chemicals more carefully and consistently across crops.

Built around farmer feedback so that tank size, coverage width and controls feel comfortable in real field routines.

Helps reduce direct contact with pesticides by keeping operators at a safe distance from spray during application.

Aims to improve yield over time through more even dosing and the ability to spray at the right moment.

Currently under active development with regular adjustments based on trials in local farms and different crop types.

Under active development

Defence layouts

Created to support training, demonstrations and early-stage experiments with sensors and payloads for defence teams.

Focuses on steady flight, predictable control and clear behaviour so teams can trust the platform during trials.

Offers flexible mounting options for cameras, small radars or other trial payloads in a controlled, safe way.

Helps shorten the cycle from idea to field test by providing a ready layout instead of starting from scratch.

Layouts are under active development with improvements made after each training session and experimental flight.

Under active development

Logistics drones

Aimed at moving tools, samples and supplies quickly across farms, campuses and industrial sites where walking takes time.

Helps reduce the number of small, repetitive trips on foot or by vehicle, saving time and fuel on busy days.

Supports controlled pick-up and drop-off at marked points, making it easier to add drones into existing workflows.

Can assist teams in reaching remote or hard-to-access spots when a quick delivery or sample retrieval is needed.

The layouts are under active development and are being tuned for payload types, distances and site conditions.

Under active development

Surveillance drones

Built to give security teams a live view of mining areas, parks, plots, campuses and perimeters from the air.

Helps cover more ground with fewer patrol rounds by adding an eye-in-the-sky over large or complex sites.

Can support evidence collection and review by recording footage of key zones and activities when permitted.

Works alongside existing CCTV and manual patrols to highlight blind spots and improve overall situational awareness.

Surveillance layouts are under active development and refined after each deployment with partners.

Under active development

Environmental monitoring drones

Built to gather air, climate and site-condition data from locations where ground-based checks are slow, limited or difficult to repeat.

Can support environmental studies, pollution checks, industrial observation and field monitoring through sensor-based aerial data collection.

Helps teams cover larger areas with faster data capture while reducing direct exposure to unsafe, polluted or hard-to-reach spaces.

Supports repeat monitoring over the same route so changes in environmental conditions can be tracked more clearly over time.

Environmental monitoring layouts are under active development and are being tuned for real sensing payloads and field conditions.

Under active development