Reliable Robotics Flies Autonomous Caravan at Albuquerque Sunport

Reliable Robotics announced on October 19, 2026 that it had completed its first autonomous flights at Albuquerque International Sunport in a two-day campaign, with a remote pilot supervising the aircraft from more than 700 miles away. The flights form part of the company’s effort to integrate automated aircraft into the National Airspace System and develop regional air cargo across the Four Corners region.

The two-day campaign used a modified Cessna 208B Grand Caravan equipped with the company’s proprietary Reliable Autonomy System. It operated in the airport’s Class C airspace alongside conventional civilian and military traffic, testing how automation performs within existing infrastructure and procedures.

Albuquerque International Sunport, New Mexico’s largest commercial airport, serves more than five million passengers annually and supports commercial passenger airlines, cargo carriers, commuter aviation and general aviation. The City of Albuquerque Aviation Department owns and operates it, while its mixed civilian and military activity supplies a complex test environment.

Albuquerque is one of eight designated participants nationwide in the FAA’s Advanced Electric Vertical Takeoff and Landing Integration Pilot Program. The Aviation Department was selected to participate in the eIPP and partnered with Reliable to evaluate autonomous aviation capabilities. During the two-day campaign, the modified Cessna demonstrated:

• Automated taxiing
• Automated takeoff
• Automated landing
• Remote flight supervision
• Communication with air traffic control
• Integration with existing airport operations

An onboard safety pilot and the remote pilot at Reliable’s Mountain View headquarters maintained oversight and supported real-time communication with air traffic control. The campaign also exercised real-time aircraft command and communication capabilities, generating experience for remotely supervised aviation.

FAA Administrator Bryan Bedford said: “These demonstrations in Albuquerque help ensure we’re prioritizing Advanced Air Mobility integration safely and efficiently. Every test flight provides critical data to help build a system that strengthens our nation’s infrastructure and connects communities.” The eIPP is intended to collect operational data supporting safe integration of emerging aviation technologies into the National Airspace System.

The Reliable Autonomy System is designed to automate aircraft operations from departure through arrival, including ground movement and flight. Reliable describes the system as aircraft-agnostic, with the ability to adapt to different platforms and integrate with existing aircraft and aviation infrastructure without major airport or airspace changes. The company is working with the FAA to certify it for future commercial operations in the United States.

Reliable plans to use the program to develop automated regional cargo connections around the Four Corners. Two routes are on the drawing board:

• Albuquerque International Sunport to Durango-La Plata County Airport in Colorado
• Albuquerque International Sunport to Santa Fe Regional Airport in New Mexico

The program intends to enable pre-certification commercial operations involving daily regional cargo deliveries, which Reliable Airlines, a subsidiary, is expected to conduct. The announcement does not establish that these scheduled services have begun, so the routes remain a plan rather than confirmed operating capacity.

The Cessna 208B Grand Caravan is a widely used utility turboprop suited to regional cargo and transportation. According to the announcement, it can carry approximately 1,000 pounds of cargo over distances exceeding 1,000 nautical miles.

Automating an established aircraft platform lets Reliable pursue autonomous cargo without designing an entirely new aircraft. The company sees that route as a way to expand regional transportation services, although certification remains ahead.

What does this change for air cargo?

For shippers, the answer is not yet bookable: the announcement does not establish that daily services have begun, and the autonomy system still needs FAA certification. If approval follows, the two proposed routes would offer roughly 1,000-pound regional movements; today, they add no available capacity.

For carriers, RAS aims to automate gate-to-gate operations without rebuilding airports, while the demonstrated model retains an onboard safety pilot and remote ATC support. For forwarders, the watch items are certification and route activation, because an unlaunched schedule remains theoretical rather than bookable freight.

Reliable is also developing an autonomous Detect and Avoid system that combines radar with the FAA’s Advanced Collision Avoidance System X, or ACAS X. The technology is designed to identify potential traffic conflicts and support automated collision avoidance, while the wider autonomy architecture targets common causes of aviation incidents and remains compatible with existing infrastructure.

The company also reports an FAA-accepted certification plan and means of compliance for continuous autopilot engagement. Detect and Avoid, like the broader autonomy stack, remains under development and certification for future commercial operations.

Reliable will keep collecting operational data throughout the eIPP. Future demonstrations will grow more complex, test the capabilities and limits of automated aircraft, and supply findings for FAA regulations and guidance.

Aviation Director Manny Manriquez said the city’s partnership with Reliable reflects the collaboration it embraces at Sunport, including work with aviation innovators and the FAA. He also said operational information can help the agency develop policies and requirements for autonomous aviation.

CEO and co-founder Robert Rose said: “Reliable’s work with the FAA and the City of Albuquerque is building the roadmap for integrating autonomy into high-density airspaces, clearing a major hurdle toward commercial operations.” Reliable continues to pursue FAA certification for its autonomy technology in commercial aviation applications.

The near-term trajectory is more testing, regulatory development and eventual certification, not an imminent daily cargo launch. For shippers and forwarders, the next hard signal will be FAA certification and an activated route, not another test sortie.