
Project snapshot
We took on the challenge of designing an inexpensive, simple, yet versatile outdoor mosquito trap.
The LA New Product Development Team delivered UP Trap, Outdoor Mosquito Trap. The work sits in our sports & fitness and outdoor & hunting experience, where we take an idea from concept through design, prototyping and manufacturing readiness.
The client

The challenge

Our solution
The result






Mosquito trap design at a glance
| Scope | Functional research, airflow and attractant design, enclosure CAD, DFM |
|---|---|
| Environment | Outdoor use — rain, UV, insects, unattended operation |
| Deliverables | Production CAD, prototypes, molding package, renderings |
| Typical timeline | 6-12 months |
Traps only work if the physics works
Insect traps succeed or fail on attractant delivery and airflow, not styling. Too little draw and insects escape; too much noise or the wrong plume and they never approach. The enclosure then has to protect electronics outdoors for seasons at a time while remaining serviceable.
What we developed
We designed the intake and capture path around the airflow the mechanism actually needed, positioned attractant release for a usable plume, and built a weather-resistant enclosure with drainage, UV-stable materials and tool-free access for emptying. Parts were detailed for molding with minimal secondary operations.
Frequently asked questions
Do you design outdoor-rated electronics enclosures?
Yes — sealing, drainage, UV-stable materials and serviceability are standard considerations.
Can you test performance claims?
We coordinate functional testing so marketing claims are supported by measurable results.
How long does an outdoor product like this take?
Six to twelve months from concept to production-ready, depending on testing cycles.
Capabilities used on this project
Rapid prototyping services
3D printing, CNC machining, urethane casting and functional prototype builds with published materials, tolerances and lead times.
Electronic design and PCB engineering
Schematic capture, PCB layout, firmware and electromechanical integration for connected hardware.
Prototype design and engineering
Design for the prototype itself: CAD, tolerance stacks, material choices and assembly detail before anything is built.
Industries this project belongs to
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