FLITE | JOBSITE LIGHTING UAV
Construction work is rarely stationary. Flite uses AI and onboard sensors to continuously adapt lighting to the user’s position, improving safety and visibility on night shifts.
OVERVIEW
ROLE
LENGTH
TOOLS
SKILLS
Independent
1 Week Sprint (2026)
Solidworks, Keyshot, Adobe Suite, Vizcom
User research, Sketching, CAD, Visualization
PROBLEM STATEMENT
INJURY RISK IN CONSTRUCTION IS 40% HIGHER DURING NIGHT SHIFTS
BACKGROUND
After dark, visibility drops and footing becomes uncertain. Construction sites are filled with hidden hazards, from open pits and uneven terrain to sharp debris. As a result, falls, slips, and trips account for the majority of fatal accidents during night shifts.
Bureau of Labor Statistics, U.S. Department of Labor. Available at: https://www.bls.gov/opub/ted/2024/a-look-at-falls-slips-and-trips-in-the-construction-industry.htm
Workers are at the greatest risk when they are on the move.
PROCESS
IDEATION
Rugged, user-centric concepts that optimize worker safety
TECHNICAL CONSIDERATIONS
Developing a package built around coaxial drone technology
Coaxial drones are becoming increasingly prominent in the commercial UAV space due to their maneuverability, compact form factor, and extended flight time enabled by more efficient power distribution.
CAD DEVELOPMENT
Iteration for a balanced, agile, and durable form language
PROTOTYPING
1:1 scale model to finalize design direction and validate dimensions
FINAL DESIGN
This is FLITE
An active-tracking UAV designed to improve visibility and safety at night
Active-Positioning
FLITE actively tracks user movements and work area, along with nearby obstacles and surfaces. By understanding how the user moves and where the task is happening, FLITE predicts where light is needed and adjusts its position automatically.
Maximum Maneuverability
FLITE is built for harsh environments and navigating tight spaces. Its compact coaxial system maximizes maneuverability, while the 270-degree pivoting light reaches angles traditional lighting cannot.
Field-Swappable Battery
FLITE uses a rechargeable 12V battery that provides up to 50 minutes of flight time before a battery swap is needed. The coaxial rotor design reduces weight and energy use by relying on two rotors instead of four, allowing FLITE to stay operational for significantly longer periods.
OPERATION
Minimal controls lets the worker stay focused on the task
BEYOND LIGHTING
FLITE is designed to be more than just a lighting tool. It can be manually controlled through a smartphone or tablet application, making it a valuable asset for hazard response, jobsite surveying, and general inspection tasks.
