Student-Led Engineering Team — Batavia, IL

BATAVIAAEROSPACE

Pushing the boundaries of aerospace. We design, build, and fly — from high-power rockets to RC aircraft.

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What We Do
Programs
Program 01

High Power Rocketry

Designing and flying high-performance rockets — from Level 1 certifications to Level 2 launches on J and L-class motors.

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Program 02

RC Aircraft

Building and flying sophisticated remotely controlled aircraft — from trainer planes to scratch-built designs.

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Program 01
High Power Rocketry
● Launched
Grainger 7

G7 is a high-power rocket built for both Level 1 and Level 2 flying. It has successfully flown on an Aerotech I500 and later on a J435 for its first Level 2 launch — a versatile platform for testing higher-impulse motors and validating flight performance across certification levels.

Design Notes 3D printed fincan, engine mount, shock cord retainer, nosecone, and AV-bay.
// Flight Data
Altitude3,242 ft
Max Velocity593 ft/s
Time to Apogee13.3 s
Flight Time89 s
MotorAerotech I500 (623 Ns)
Thrust-to-Wt15.35:1
Altitude4,063 ft
Max Velocity708 ft/s
Time to Apogee14.5 s
Flight Time108 s
MotorJ435WS (772 Ns)
Thrust-to-Wt14.83:1
Launch DatesNov 7, 2025 · Jan 31, 2026
LocationQCRC, Princeton IL
Stability2.96 cal / 12.5%
ObjectiveL1 & L2 Testbed
View G7 CAD Model →
● In Progress
Grainger 8

G8 is a Level 2 rocket designed to fly on mid-to-upper L-class solid motors. The team's first fully fiberglass build — validating composite construction methods and pushing performance toward Mach 0.8 at approximately 6,500 feet, paving the way for future high dynamic-pressure vehicles.

Design Notes Full fiberglass construction: fincan, airframe, AV-bay, and nosecone.
Launch DateMarch–April 2026
LocationQCRC, Princeton IL
Target Altitude~6,500 ft
Peak Speed~Mach 0.8
Motor ClassL-class solid
ConstructionFull fiberglass

Program 02
RC Aircraft
About the Program

The RC Aircraft Program showcases hands-on projects ranging from concept and design, to fabrication, testing, and flight. Projects highlight skills in aerodynamics, structures, propulsion, avionics, and control systems — with an emphasis on iterative engineering and real-world performance.

Aircraft
Aeroscout S2 in field
● Active
Aeroscout S 2 1.1m

The first official trainer plane used by this club to help participants learn how to fly — a stable, beginner-friendly platform for building fundamental RC piloting skills.

TypeTrainer / Fixed Wing
Wingspan1.1m
RealFlight simulator with NX8+
● Active
Flight Simulator

The newest addition to the RC Aircraft Program is the RealFlight Evolution RC Flight Simulator, paired with the Spektrum NX8+ transmitter. These tools allow the team to fly over 300 different RC planes, gliders, and drones indoors — enabling safe experimentation with new aircraft configurations and year-round training regardless of weather.

SimulatorRealFlight Evolution
TransmitterSpektrum NX8+
Aircraft Library300+ models
PurposeTraining & R&D
Upcoming Goals
◦ Planned
First Scratch Build
A project focused on designing and constructing our first RC airplane from complete scratch — pushing the team into full design ownership from airframe to electronics.
◦ Planned
Join Fox Valley AMA Flight Club
Connect with fellow RC aviation enthusiasts by becoming members of the Fox Valley AMA Flight Club — gaining access to flying sites, mentorship, and the broader RC community.
◦ Planned
Attend Flite Fest 2026
Gain experience and knowledge by attending one of the largest RC aviation gatherings in the country — connecting with builders, pilots, and innovators from across the hobby.

Latest News
Updates
Sunday, March 8, 2026
New Member L1 Rocket Design Meeting
The team gathered to begin designing Level 1 rockets for incoming members — covering motor selection, airframe design, recovery systems, and certification requirements.
Saturday, February 28, 2026
Quad Cities Rocketry Club Launch
The team participated in a launch event at the QCRC field in Princeton, Illinois — flying G7 and gathering performance data to inform the G8 program.
Thursday, February 26, 2026
Fiscal Sponsorship Accepted
Batavia Aerospace has been officially accepted for fiscal sponsorship through HCB — a major milestone enabling the team to receive donations, grow operations, and pursue more ambitious projects.

Batavia Aerospace Team
Who We Are
Built on
Engineering

Batavia Aerospace is a non-profit engineering team dedicated to building high-performance flight systems. We're student-led, driven by curiosity, and committed to doing real engineering — not just theory.

From our first Level 1 rocket to a near-Mach fiberglass Level 2 vehicle, every project pushes the team further in design, manufacturing, and flight operations.

2Programs
4K+Feet Reached
M0.8Target Speed
100%Student Built

The People
Our Team
Ian Larson
Ian Larson
Project Co-Founder
High-Power Rocketry Program Lead
Kellen Fukumoto
Kellen Fukumoto
Project Co-Founder
RC Aircraft Program Lead
Matteo Marotta
Matteo Marotta
Project Co-Founder
Software Systems Lead

Achievements
Certifications
High Power Rocketry
Ian Larson
JrL1 Certified

Ian successfully received his JrL1 certification on September 28th, 2025 at the WOOSH Rocketry field — a significant milestone for both Ian and the High Power Rocketry program.

High Power Rocketry
Kellen Fukumoto
JrL1 Certified

Kellen successfully received his JrL1 certification on February 28th, 2026 at the Quad Cities Rocketry Club field — expanding the team's certified pilots as the program continues to grow.


HCB logo

Batavia Aerospace is fiscally sponsored by The Hack Foundation (d.b.a. Hack Club), a 501(c)(3) nonprofit (EIN: 81-2908499).
Donations are tax-deductible. Support us via HCB →

Get Involved
Soar with
Batavia Aerospace

We focus on high-impact projects — sophisticated RC aircraft and high-powered rockets. Members gain real hands-on aerospace engineering experience from day one.

Rocket Design
Composite Manufacturing
Flight Systems
L1 & L2 Certification
RC Aircraft
CAD & Simulation
Software Systems

// Membership offered through selection process