Stylized white text reading 'LAUNCH PRO' on a transparent background.

Wooden mechanical protractor tool labeled Launch Pro with adjustable blue and purple components for precise angle measurements.

Abstract overlapping elliptical loops with gradient colors transitioning from pink to green on a transparent background.

Driven by persistence, powered by design

Name: LaunchPro™
Brand: treobytes
Price: 39.99 USD
Availability: InStock

View Details

Dark blue textured background with subtle dotted pattern.

Red wireframe illustration of two interconnected gears with cylindrical and cubical components on a rounded rectangular base.

Two interlocking gear wheels with additional small gears and components.

if (idea works)
      build();
else
   iterate();

if (curious):
    explore()
else:
    ask("what if?")

Built Like the Real World

Quality Assurance, Quality Control‰

LaunchPro is designed and validated using industry-grade engineering and quality control practices to ensure safety, reliability, and repeatable performance in learning environments. Students use math as engineers do—testing ideas, analyzing data, and improving designs through evidence-based decision-making.

A group of children kneeling on the floor, racing small wooden vehicles on a marked track indoors.

Six children seated on the floor assembling small wooden mechanical devices lined up along a taped grid on a shiny black floor.

Hands assembling a wooden mechanical model labeled 'Launch Pro' on a wooden table with assembly instructions beneath.

Hands adjusting gears on a wooden Launch Pro mechanical device on a wooden table.

Young girl with glasses closely examining a white mechanical model on a wooden table, with another child partially visible in the background.

Young woman closely examining a mechanical wooden model with blue and purple gears on a table.

Two girls smiling and holding wooden mechanical models labeled 'tre-o-bytes'.

Two children assembling or adjusting wooden mechanical model pieces on a wooden table.

Young man examining a small wooden mechanical model with purple and blue components indoors.

Two young women kneeling on the floor, examining a small wooden mechanical device next to a red cup.

Two young women crouching indoors, one pointing at a wooden mechanical object while the other watches attentively.

Two wooden mechanical gear models with blue and purple components on a red surface.

Wooden mechanical device named Launch Pro with blue and purple adjustable parts, placed on a wooden surface.

Wooden mechanical device labeled 'Launch Pro' with blue and purple plastic components on a wooden surface.

Wooden mechanical device with blue gears, labeled Launch Pro and Treobytes, featuring numerical scales and a circular black dial.

Wooden pieces and a black tape measure laid on a white mailer with a technical drawing and text 'LAUNCH PRO'.

Wooden table with TEMPLIT electronics kit including a breadboard, potentiometer circuit, wooden angle measurement tool, and a white pouch labeled 'Powered by Persistence. Driven by Design.'

A person points at data on an Angle Data sheet next to a small wooden robot on a black floor with white taped lines.

Hands assembling a mechanical wooden model with blue gears on a black table with sheets of paper containing charts.

Hands assembling a wooden Launch Pro mechanical device with blue accents on a tabletop with papers, pencil, and a red plastic cup nearby.

Wooden mechanical angle measuring device with gears and blue control knobs on a white background.

Wooden Launch Pro catapult model with blue adjustment parts and engraved measurements.

Wooden mechanical model with interlocking gears and blue decorative knobs, featuring purple and black components on a white background.

Hands adjusting a mechanical data size calculator with a wooden base, a spiral black dial marked in treobytes, and a blue snowflake-shaped piece.

Built for Discovery

What you learn‰

Students explore core engineering and physics principles through a hands-on catapult system that brings force, motion, and design to life. By building, testing, and refining their own solutions, learners connect real data to math and science while thinking and working like engineers.

Graph showing a curve with a peak at 10 meters and a width at half value of about 8 meters.

How it was made‰

From Concept to Classroom

Engineered Through a Formal Design Process

LaunchPro was designed and built using the same engineering and manufacturing processes found in real-world product development. From concept to classroom, every component was intentionally engineered to balance performance, safety, durability, and hands-on learning.

Defined by Requirements

Engineered Through a Formal Design Process

LaunchPro began with clearly defined system requirements—including accuracy, repeatability, adjustability, durability, and safety. Engineers evaluated how tension, angle, and structure interact to control projectile motion, ensuring the final design supports consistent experimentation and data-driven learning.

Precision Meets Practice

Precision Fabrication & Hybrid Manufacturing

The majority of LaunchPro components are laser-cut from 1/8-inch plywood for high dimensional accuracy and clean assembly. Select 3D-printed components enable complex geometry and smooth mechanical operation, reflecting modern industry manufacturing workflows.

Proven Through Testing

Tested, Validated, and Refined

Before reaching students, LaunchPro undergoes testing and validation to ensure safe operation and repeatable performance. Data from test launches informs refinements, reinforcing the same iterative improvement cycle used in professional engineering environments.

Black background with a subtle dark dotted grid pattern.

A group of children kneeling on the floor, preparing small wooden vehicles at a starting line for a race.

Six children sitting on the floor indoors, each adjusting small wooden mechanical devices placed on a marked floor.

Hands assembling wooden Launch Pro mechanical parts on a wooden table over a technical drawing.

Hands adjusting components on a wooden mechanical device labeled LAUNCH PRO with black spirals and blue parts on a wooden surface.

Child with glasses examining a mechanical model on a wooden table.

motor . speed =
clamp(motor . speed + 10, 0,
100)
servo.rotate(45) //
alignment

LaunchPro

Where Play Becomes Power‰

LaunchPro combines real engineering principles with classroom-ready design to support meaningful, project-based learning.

Designed for repeatable, data-driven experimentation
Adjustable variables enable controlled testing and analysis
Durable construction built for repeated classroom use
Supports collaboration, iteration, and engineering thinking

Hands-On Learning

Build, test, and refine mechanical systems.

Reliable Results

Consistent launches support real data analysis.

Classroom-Ready

Safe, durable, and designed for repeated use.

Download now

Hands adjusting a wooden Launch Pro mechanical device on a table with a red plastic cup and papers with charts and a pencil nearby.

Row of evenly spaced dark blue dots connected by a horizontal line, resembling a stylized necklace or pattern.

Get Launchpro Today!

20% Off Today!

LaunchPro™ is a precision-engineered catapult kit that brings physics, math, and engineering to life through real experimentation. Students control angle and tension to run repeatable tests, collect real data, and analyze results using classroom-ready, durable components. Designed for grades 5–8+, LaunchPro turns abstract concepts into authentic engineering experiences that build confidence, critical thinking, and technical literacy.

$82.00

$64.99

(20% applied)

View Details

if (idea works)
      build();
else
   iterate();

if (curious):
    explore()
else:
    ask("what if?")

STEM Sports

Our son loves this program, great blend of outdoor activities and science! This week, he enjoyed building the electronic wooden heart box and couldn’t wait to show it to his brother. Thank you to the amazing staff and for creating this amazing program for the kids!

STEM Sports

Summer Camp

We are grateful for this opportunity that was given to our daughter, She had lots of fun and learned tons of new things.We also want to thank the facilitators and staff members for encouraging and helping her.The whole atmosphere was excellent and fantastic!

Summer Camp

The summer camp offered a diverse range of groups, providing my son with a well-rounded and enriching experience. Through these different groups, he had the chance to meet new friends and engage in a variety of captivating projects. The camp was designed to foster both personal growth and collaborative learning, giving participants like my son the opportunity to explore their interests and expand their knowledge in STEM fields. Whether it was coding workshops, interactive science experiments, outdoor adventures, or team-building activities, the camp aimed to create a dynamic and memorable summer filled with learning and camaraderie. My son's enthusiasm for meeting new people and participating in engaging projects highlights the success of the camp's mission in creating a truly rewarding experience for all participants.We also want to thank the facilitators and staff members for encouraging and helping her.

The whole atmosphere was excellent and fantastic!

Summer Camp

The whole atmosphere was excellent and fantastic!

Summer Camp

Treobytes was an incredible experience for me. We got to do lots of fun things like control a robot we made, and it was great for all students involved. The staff especially were very kind and great towards us. I would recommend this to anyone looking for a fun summer camp!