Build Your Own Drone & Race It — Innovation Team Building Activity
The Drone Challenge is Trebound's most technologically ambitious team building programme — a full-scale drone engineering and racing experience that takes teams from component assembly to competitive flight in a single session. Each team builds their own drone from provided components, designing a sci-fi race track and constructing obstacles for other teams to navigate.
The activity runs in two parallel tracks: drone assembly and track design. Both must be complete before the race begins, requiring teams to manage their time across engineering and creative challenges simultaneously — a direct simulation of the resource allocation demands of real project environments.
The finale is a timed race in which teams compete to fly their built drone around the track they collectively created. The fastest pilot in the arena wins — but the team that built the most robust drone and designed the most creative track has already demonstrated something more valuable.
Participants are divided into sub-teams. One group focuses on drone assembly — building the drone from provided components. Another group designs the race track — constructing obstacles from available materials that other drones must navigate.
The drone assembly team builds their drone from provided components following assembly instructions. Once assembled, teams practice basic flight manoeuvres — hover, directional movement, and speed control — before the race.
The track design team plans and constructs the race circuit using available materials — creating gates, obstacles, and course markers that challenge piloting precision and flying strategy.
All drones take to the track for a timed race. Teams navigate their drone through the course they collectively built, competing for the fastest lap. Safety protocols are maintained throughout.
Book with Trebound and every detail is managed end-to-end — from facilitation to equipment. Your team shows up and plays.
Here is what your team builds beyond the activity itself:
Building a functional flying machine from components requires careful attention to assembly sequence, mechanical precision, and iterative testing — directly transferable engineering discipline.
Designing an obstacle course that is challenging but navigable requires creative spatial thinking, an understanding of drone flight characteristics, and strategic insight into what will challenge competitors.
With drone assembly and track design happening simultaneously, teams must manage their time and people across two parallel workstreams — a direct simulation of multi-project resource management.
Flying a self-built drone around a competitor-designed obstacle course requires spatial awareness, hand-eye coordination, and strategic flying under competitive pressure.
Drone assembly reveals unexpected challenges; track design produces creative constraints. Teams that adapt quickly to both are the ones that arrive at the race with a working drone and a competitive course.
The Drone Challenge rewards the quality of both the engineering process and the creative design — creating a multidimensional competitive dynamic that values diverse team contributions.
Building and flying a drone is the professional imagination of technology teams made real. The assembly challenge, the track design, and the race create a complete innovation-to-deployment simulation.
The technology-adjacent format, the hands-on assembly challenge, and the competitive race create a vivid shared experience that resonates strongly with early career participants entering technology and engineering organisations.
The Drone Challenge makes an exceptional centrepiece activity for innovation summits, technology conferences, and R&D team events where demonstrating creative technical ambition is part of the occasion's purpose.
At 3 to 3.5 hours with a physical race finale, the Drone Challenge is the highest-energy and most technologically sophisticated full-day team building activity in the Trebound catalogue.
The parallel workstream structure — build the product and design the test environment simultaneously — mirrors the product development and QA relationship that product teams navigate daily.
The shared track-design phase requires teams from different departments to coordinate on a single creative environment — making cross-functional collaboration a structural requirement of the activity.
Our drone flew for the first time — just hovered for about three seconds — and the whole room cheered. Then it flew the full race course and we were out of our seats. Three hours well spent.
The track our teams designed had a section that required flying sideways through two vertical gates. Half the drones couldn't do it. The pilots who figured it out first won the race. Brilliant design.
A high-impact session of real pressure, genuine laughter, and the kind of honest teamwork that only happens when everyone has to trust each other. Book Drone Challenge with Trebound today.