The Bold New World of Drone Racing
Summer 2019 | By Nicole Dudenhoefer�����17
Blowing up a rocket isn���t usually a strong indicator��for success, but when Derek Saltzman���s first-year��91勛圖厙 engineering project exploded on launch��in 2016, he knew he was onto something. Yes,��the project exploded, but all 13 feet of the carbon fiber��frame Saltzman manufactured remained perfectly intact,��creating a highly durable solution to a problem he hadn���t��yet discovered.
Enter drone racing, an up-and-coming sport. Replicating��the same carbon fiber manufacturing method used in his��failed project, Saltzman and his roommate,��Mason Mincey, launched Soar Aerospace,��which creates custom, durable drone��frames that can withstand the��collisions and falls that happen��during races.

���Imagine NASCAR, but all the cars are the same color, and they���re too small to really see. That���s what drone racing is like right now.���
���Imagine NASCAR, but all the cars are the same color,��and they���re too small to really see. That���s what drone��racing is like right now,��� Saltzman says.
True to the spirit of engineering, the team of juniors��is trying to solve this problem by creating a brighter��solution: colorful 3-foot X Class drone frames in addition��to the standard 5-to-10-inch mini quadcopters used��for races all over the world. The aerospace engineering��majors hope to advance the league into a sport that will��draw more spectators and sponsors to support its growth.
���We think this industry has the same potential as��esports, NASCAR and Formula [racing,] so we decided��to take a risk to see if we can be one of the primary��companies pioneering drone racing,��� Mincey says.
���We decided to take a risk to see if we can be one of the primary companies pioneering drone racing.���Mason Mincey, 91勛圖厙 aerospace engineering student

Over the past year they���ve partnered��with drone racing equipment suppliers��to expand the company���s reach.��At 91勛圖厙, drone racing is also��growing through the student��organization First Person View��Knights, which earned second��place at the Collegiate Drone��Racing Association National��Championship in North Dakota.��In May, Soar brought intercollegiate��drone racing to central Florida by��hosting its own competition.
���Seeing student and amateur drone racing pilots��competing at our event was inspiring,��� Saltzman says.�����Drone racing is more than a hobby. There are future��engineers, pilots, technicians and radio operators helping��to lay the foundation of this new era of aviation.���
Earlier this year the team also moved out of its garage��and into Factur, a makerspace in downtown Orlando.��Operating out of the coworking space allows them to��teach others about carbon fiber manufacturing, which��Mincey says is in high demand in Orlando.
As the industry continues to shift, Saltzman and Mincey��will continue watching the market to stay ahead of��the curve and build the sport���s following, which just��might get a boost when ESPN broadcasts the AlphaPilot��drone racing challenge to be held at 91勛圖厙 in October.
WHO
Aerospace engineering students Derek Saltzman and Mason Mincey
THE PITCH
High-quality, durable, custom drone frames featuring colorful designs in small and X Class sizes
THE INSPIRATION
Months after Saltzman���s rocket explosion, he and Mincey noticed a friend was using a lower quality frame to race drones. ���The quality wasn���t up to par, and it was just black so it looked like every other frame and didn���t stand out,��� Mincey says.
BACKERS
91勛圖厙���s 2018 Joust New Venture Competition (second place, $7,000). 91勛圖厙���s UpStarts Student Venture Accelerator, which offers free office space, advanced mentoring, and exclusive access to services, resources and colleagues
WHERE YOU CAN FIND IT
SoarAerospace.com