FLYING MOSQUITO
Press the big button. A tiny drone mosquito takes off from its pad, flies around its net by itself, and radios back every time the MS-2000 laser tags its glowing window.

Where we are
Green is done, lime is now.
- Step 1 路 Sep 18, 2026DoneBrainstorm and pick a designFour designs compared. Design A, the Free Flyer, picked. Design C, the Boom Flyer, is the backup.
- Step 2 路 Sep 18, 2026DoneFirst 3D design (Rev A)Prop guard with legs, mosquito body with the hit window, launch pad, control box, and a fit-check print. 7 print plates, about 5 hours 45 minutes.
- Step 3 路 Before orderingNowLock the designDad approves the requirements and the budget (about $250). After this, every change gets a change order.
- Step 4 路 Until Feb 3, 2027NowMS-2000 comes firstThe science fair project always wins. Flyer work happens on days with no MS-2000 test.
- Step 5 路 By Nov 13Order the partsSix stores. The drone ships from India, so it goes first and gets 3 weeks.
- Step 6 路 Dec 1 to Dec 6Check in, hover, printCheck every part, measure with calipers, fly the plain drone with the phone app, print the fit check first.
- Step 7 路 Dec 7 to Dec 13Experiment: Can it fly?Push test on a kitchen scale, then 18 hover flights with 0 to 35 g of nickels. Our math predicts 120 g of push and 5.5 minutes with everything on.
- Step 8 路 Dec 14 to Jan 15Teach it to fly by itselfHold still over the flight mat, fly a pattern from a Python script, then the control box, hit sensor, and radio. Only on days with no MS-2000 experiment.
- Step 9 路 Jan 16 to Jan 24MS-2000 vs the Flying MosquitoTeach the turret camera the flyer, then count hits. Teach the stuffed mosquito back afterward.
- Step 10 路 Jan 25 to Feb 1FreezeNo new changes. The MS-2000 board and demo come first. The flyer only goes to the fair if Miss Taggart says drones are OK.
Rules to remember
Project pages
Design
How it works, the requirements, the four designs, the weight budget, the radio plan, and the risks.
Can it fly?
Our own math on push, the maker鈥檚 safety margin and battery time, a prediction, and the experiment that tests it.
Build guide
18 steps from a box of parts to a flying target: safety, wiring maps, the code, and fixing it.
Build
Everything to buy, the 7 print plates, the 3D models, the build plan week by week, and the programs.
Learn the science
How a drone flies: lift, thrust, spinning props, balance, the floor camera, batteries, radio, and real mosquitoes.
Changes and lessons
The project history, the lessons from Dusty and the MS-2000, and how changes get made after the design is locked.
See it in 3D
The whole drone in color. Tap a part to learn what it does, or pull it apart with Explode.
The MS-2000
The laser turret this mosquito is built to dodge. Addie鈥檚 science fair project.