The drone’s tilt rotor technology enhances control in adverse weather and protects sensitive payloads. (Image: Blueflite)

WHO

An all-electric drone developed by Blueflite with vertical take-off and landing capabilities and advanced maneuverability for faster and more cost-effective deliveries.

WHAT

Co-founded in 2018 by Frank Noppel, CEO, and James McClearen, CTO, Michigan-based cargo drone manufacturer Blueflite is shaping the future of mobility logistics. The company has developed a logistics platform for faster and more cost-effective deliveries. Blueflite primarily focuses on delivering consumer goods, medical products, and industrial supplies. Its drones — Slate and Cobalt — have an enclosed payload area and four tilting motor arms, eliminating the need to pitch the fuselage during the flight. Their tilt rotor technology enhances control in adverse weather and protects sensitive payloads. Composed of 75 percent 3D-printed parts featuring HP’s multi-jet fusion technology providing weight optimization and better part quality, these drones have a modular design, applying the latest technologies in materials and manufacturing, including a rigid lightweight carbon airframe structure that enables high-stress, low bending for high load applications. The drones use advanced AI for precise spatial perception enabling extended field of view for comprehensive environmental perception. Blueflite also leverages cutting-edge design software for advanced engineering and streamlining workflows to reduce time for customization.

WHERE

Blueflite, Brighton, MI

WHY

Drones can enhance logistics by offering last-mile delivery to locations that are hard to reach, such as remote areas or disaster zones. Electric drones can be more environmentally friendly than traditional delivery methods, leading to reduced carbon emissions.

WHEN

Blueflite’s drones were featured in a series of successful demonstration flights, transporting simulated lab samples and medical supplies between Munson Healthcare facilities, as part of an expanded pilot program, now backed by a $950,000 grant from the state’s Advanced Aerial Mobility (AAM) Activation Fund.

For more information, contact James McClearen at This email address is being protected from spambots. You need JavaScript enabled to view it. or visit here  .

Topics:
Aerospace Manufacturing & Prototyping Materials

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