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- ZenaTech completed a Version 1 prototype of its eight-motor IQ Octo agricultural drone, with Arizona field testing expected to begin in the coming weeks.
- ZenaTech’s ZenaDrone subsidiary completed a Version 1 prototype of the IQ Octo, an eight-motor autonomous drone designed for precision spraying and seeding through the company’s Drone as a Service strategy.
- The battery-powered prototype is designed for approximately 20 to 25 minutes of flight per charge and a payload of up to 25 kilograms of seed or liquid. Depending on the mission, the platform can carry a liquid tank with spray nozzles or a hopper and seed spreader.
The development
ZenaTech’s ZenaDrone subsidiary completed a Version 1 prototype of the IQ Octo, an eight-motor autonomous drone designed for precision spraying and seeding through the company’s Drone as a Service strategy.
The battery-powered prototype is designed for approximately 20 to 25 minutes of flight per charge and a payload of up to 25 kilograms of seed or liquid. Depending on the mission, the platform can carry a liquid tank with spray nozzles or a hopper and seed spreader.
ZenaTech expects field testing to begin at its Arizona facility in the coming weeks. The company describes low-altitude programmed application as a way to reach difficult terrain, reduce soil compaction and apply agricultural inputs more precisely.
A planned Version 2 is expected to add solar-panel maintenance applications, swarm capability, automated refilling and a folding design. Those functions remain development objectives rather than demonstrated capabilities of the current prototype.
Prototype completion is an engineering milestone, not commercial validation. The platform still needs testing for payload performance, flight endurance, application consistency, autonomy, safety, reliability, regulatory compliance and customer economics.
Why this matters
The IQ Octo expands ZenaDrone’s product roadmap into agricultural application work that could fit a recurring service model.
Field testing will provide the first practical evidence on whether the stated payload and endurance translate into useful operating productivity.
Industry and company context
ZenaTech is building an autonomous-drone portfolio for commercial, government and defense uses while acquiring service businesses for its DaaS network.
The IQ Octo joins several specialized drones in development and is not yet described as a fully commercial product.
How to evaluate the update
Testing should measure acreage covered per flight, refill and battery-turnaround time, application accuracy and reliability under field conditions.
Commercial adoption will depend on service pricing, regulatory requirements and whether customers achieve savings over conventional equipment.
Execution and risk considerations
Expected Version 2 features and future service revenue may not arrive on the proposed schedule or perform as intended.
Payload, endurance, weather tolerance and aviation rules can materially limit agricultural-drone utilization.
What to watch next
- Start and results of Arizona field testing.
- Validated payload, endurance and application-rate data.
- Any customer pilot, service launch or regulatory milestone.
Cornerstone perspective
The prototype gives ZenaTech a tangible starting point for testing a new agricultural service line.
The next meaningful step is operating data that connects the drone’s technical specifications to repeatable customer economics.
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