CT UAV Tested Heavy-Lift Pegas 230 Drone

The firm has secured orders for 135 units of its new heavy-lift drone model.

Updated on Oct. 4, 2026 in Robotics

Isometric editorial illustration of a heavy-lift industrial cargo drone hovering above a steel shipping container in a logistical setting.
CT UAV has successfully tested its new Pegas 230 heavy-lift drone, which can carry a 100kg payload and has already secured 135 unit orders. AI Illustration. Upload story photo >

Live Poll

Would you trust a heavy-lift drone to deliver essential supplies or packages to your home?

CT UAV has successfully tested the CT Pegas 230, a heavy-lift drone capable of carrying a 100kg payload. The manufacturer has already received orders for 135 units of the new aircraft.

Why it matters

Heavy-lift drones provide critical logistical support in environments where ground vehicles face difficult access or prolonged transit times. This capability addresses significant operational challenges in remote or restricted terrain.

The CT Pegas 230 features a maximum takeoff weight of 230kg and a 100kg payload capacity. The company operates five factories and 22 laboratories across Vietnam, the United States, France, Israel, and Taiwan to support production.

The players

CT UAV

This is a drone manufacturer that operates five factories and 22 laboratories across several countries including Vietnam and the United States.

The details

CT UAV maintains internal manufacturing for essential components including airframes, circuit boards, propellers, engines, and batteries. The firm additionally reports that it develops new patents, utility solutions, and industrial designs on an annual basis to drive technical improvements.

Timeline

  1. September 21, 2026 is the scheduled inauguration date for a new United States factory.

The Tech Race

The firm's move into heavy-lift robotics capitalizes on the accelerating global low-altitude aviation market, which is forecast to reach $700 billion by 2035. This expansion pits the company against legacy logistics providers by replacing traditional ground-based transit with autonomous flight.

The rollout of these drones suggests a shift toward faster delivery times for specialized cargo in difficult terrains. Users in sectors reliant on high-capacity transport may see reduced transit times as these units replace slower ground vehicles.

The takeaway

The successful testing of the Pegas 230 highlights the rapid commercialization of heavy-lift drone technology for complex logistical tasks. Future advancements will likely involve the launch of ultra-heavy UAV models with even greater payload capacities.

What happens next

The company is scheduled to inaugurate a new manufacturing facility in the United States on September 21, 2026.

Further reading

For more information on the current landscape of autonomous aerial transport, visit the Robotics section.

Live Poll

Would you trust a heavy-lift drone to deliver essential supplies or packages to your home?