INNOVATION THROUGH STEM EXCELLENCE

Raider Robotics Team

We are a competitive robotics team in North America dedicated to engineering mastery and community leadership. We build advanced machines to solve complex challenges and inspire the next generation of engineers.

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RECENT SPECS

The 2024 Competition Build: Titan-9

Titan-9 Chassis

Omni-directional Drive System

Custom CNC Machining • Sensor Suite • Java Logic

A high-speed robot designed for maximum agility and autonomous precision. Titan-9 features a 4-motor swerve drive and real-time computer vision for competitive dominance.

Our primary engineering focus this season was the development of the Titan-9 platform. Designed for the high-intensity North American competition circuit, this robot represents our team's leap into advanced autonomous systems. The build features a custom-milled aluminum chassis and a carbon-fiber intake mechanism to reduce weight while maintaining structural integrity. Our programming sub-team implemented a sophisticated PID control loop to ensure rock-solid stability during high-speed maneuvers. We utilized high-fidelity 3D modeling and stress simulation to validate every component before production. The result is a machine that not only meets but exceeds the rigorous demands of regional and national tournaments, showcasing our commitment to technical excellence and engineering

Close-up macro photography of a robot's internal wiring and CNC-machined aluminum plates. The components are clean and organized, showing high-level engineering. The lighting is crisp white with subtle blue reflections, located in a North American workshop.
Close-up macro photography of a robot's internal wiring and CNC-machined aluminum plates. The components are clean and organized, showing high-level engineering. The lighting is crisp white with subtle blue reflections, located in a North American workshop.
Action photography of a sleek, black and blue competition robot moving across a textured gray arena floor. Sparks and motion blur emphasize speed. High-key lighting, professional sports photography style.
Action photography of a sleek, black and blue competition robot moving across a textured gray arena floor. Sparks and motion blur emphasize speed. High-key lighting, professional sports photography style.
A top-down view of a robotics team's workbench in North America. Scattered blueprints, a digital multimeter, and high-quality stainless steel tools are arranged around a circuit board. Soft, natural morning light.
A top-down view of a robotics team's workbench in North America. Scattered blueprints, a digital multimeter, and high-quality stainless steel tools are arranged around a circuit board. Soft, natural morning light.

CAD Systems

Precision Virtual Prototyping

SolidWorks • FEA Testing • Rapid Prototyping

Every bolt and wire is modeled in 3D before a single piece of metal is cut. This approach ensures 100% assembly accuracy and optimal performance in the field.

At Raider Robotics, we treat every season like a professional aerospace project. Our design process begins with a comprehensive CAD assembly containing over 2,000 unique parts. By utilizing Finite Element Analysis (FEA), we can identify potential points of failure in our arm designs before they are ever manufactured. This allows us to shave off critical ounces of weight, giving us a competitive edge in speed. Our virtual twins are used to train our drive team in simulation long before the physical robot is completed. This digital-first mindset is what sets us apart in the North American STEM landscape, teaching our students the exact workflows used at top-tier engineering firms. It is the marriage of software

A high-resolution screen showing a complex 3D CAD model of a robotic arm. The UI is modern and technical. The room is dark, with only the glow of the monitor illuminating a pair of hands on a keyboard in North America.
A high-resolution screen showing a complex 3D CAD model of a robotic arm. The UI is modern and technical. The room is dark, with only the glow of the monitor illuminating a pair of hands on a keyboard in North America.
A 3D printer in a bright North American lab mid-way through creating a custom blue plastic part. The nozzle is moving quickly, and the infill pattern is visible. The light is clean and clinical.
A 3D printer in a bright North American lab mid-way through creating a custom blue plastic part. The nozzle is moving quickly, and the infill pattern is visible. The light is clean and clinical.
An energetic, focused group of diverse North American / US high school students collaborating on a competitive custom-built robot in a modern STEM engineering workshop. In the center, two students fine-tune the aluminum chassis and mechanical intake mechanism with hand tools, while another monitors live telemetry code on a laptop screen. Crisp, bright studio workshop lighting with subtle cyan and deep blue accent reflections glancing off metallic parts and tools. Shot in a crisp, editorial documentary photography style with a shallow depth of field, highlighting technical precision, teamwork, and innovation.
An energetic, focused group of diverse North American / US high school students collaborating on a competitive custom-built robot in a modern STEM engineering workshop. In the center, two students fine-tune the aluminum chassis and mechanical intake mechanism with hand tools, while another monitors live telemetry code on a laptop screen. Crisp, bright studio workshop lighting with subtle cyan and deep blue accent reflections glancing off metallic parts and tools. Shot in a crisp, editorial documentary photography style with a shallow depth of field, highlighting technical precision, teamwork, and innovation.

Outreach

STEM Education

Workshops • Mentorship • Community Events

We don't just build robots; we build people. Our outreach programs bring STEM education to localCommunity impact is a core pillar of Raider Robotics. We believe that our technical knowledge is most valuable when shared. Throughout the year, we host free 'Robotics 101' workshops for middle school students across North America, providing hands-on experience with coding and basic mechanics. We also partner with local businesses to demonstrate the real-world applications of the skills we learn. Our team spends hundreds of visuals.

Opal came to me with a clear ask: their skincare line was gentle, effective, and ingredient-focused, but their visual identity felt generic and overlooked. I redesigned everything from the ground up, starting with a new logotype that felt softer and more considered. The photography direction emphasized natural light and minimal styling—no aggressive shadows or clinical backdrops. I designed a label system that worked across multiple product formats

A candid shot of two students in branded team shirts working together to teach a younger child how to use a tablet to control a small educational robot. The setting is a sunny public library in North America.
A candid shot of two students in branded team shirts working together to teach a younger child how to use a tablet to control a small educational robot. The setting is a sunny public library in North America.
A group photo of a robotics team standing together in front of their school's technical wing in North America. They are wearing blue and black uniforms. The sun is setting behind them, creating a warm, heroic glow.
A group photo of a robotics team standing together in front of their school's technical wing in North America. They are wearing blue and black uniforms. The sun is setting behind them, creating a warm, heroic glow.
A professional portrait of a mechanical sub-assembly. The steel gears are perfectly clean and greased, catching the light like jewelry. Deep shadows and blue rim lighting.
A professional portrait of a mechanical sub-assembly. The steel gears are perfectly clean and greased, catching the light like jewelry. Deep shadows and blue rim lighting.

100% student-led engineering. From initial concept to competition day victory.

MISSION

Excellence Through Engineering

Raider Robotics is a premier technical team based in North America. We focus on high-performance robotics, blending mechanical engineering, software development, and strategic project management to compete at the highest levels. Our lab is a hub for innovation and learning.

We operate like a startup: clear milestones, technical reviews, and rapid iteration. Our students gain mastery in industry-standard tools, preparing them for careers at leading tech companies. This is where theory meets reality.

SYSTEMS

Mechanical Engineering • Java/C++ Programming • Controls Theory • Strategic Marketing • CAD Design • ElectronicsFigma • Photoshop

A student wearing safety glasses is focused on soldering a complex circuit board. The glow of the soldering iron provides a warm contrast to the cool laboratory lights in a North American school.
A student wearing safety glasses is focused on soldering a complex circuit board. The glow of the soldering iron provides a warm contrast to the cool laboratory lights in a North American school.

STRUCTURE

Mechanical

Design & Build

Programming

Software & Logic

Business & Outreach

Sponsorship

CURRENT

2023–24

2020–22

Season Leadership

Our team is led by a dedicated group of student captains and professional mentors from the local North American engineering community.

A portrait of a male student engineer in a blue polo shirt, standing in front of a white board covered in technical sketches. He looks confident and visionary. Studio lighting, North American school setting.
A portrait of a male student engineer in a blue polo shirt, standing in front of a white board covered in technical sketches. He looks confident and visionary. Studio lighting, North American school setting.
A portrait of a female student engineer holding a pair of calipers and looking thoughtfully at a CAD drawing on a laptop. Professional and focused. North American laboratory.
A portrait of a female student engineer holding a pair of calipers and looking thoughtfully at a CAD drawing on a laptop. Professional and focused. North American laboratory.
A portrait of a male mentor in a technical jacket, standing next to a large milling machine. He has a friendly, knowledgeable expression. North American industrial setting.
A portrait of a male mentor in a technical jacket, standing next to a large milling machine. He has a friendly, knowledgeable expression. North American industrial setting.
Alex Rivera

Team Captain

Alex leads the mechanical design team, specializing in chassis geometry and drivetrain optimization for high-speed field maneuvers.

Sarah Johnson

Lead Programmer

Sarah manages the software architecture, implementing advanced vision processing and autonomous routines that define our competitive edge.

Dr. David Chen

Lead Mentor

A senior aerospace engineer who provides technical guidance and ensures our manufacturing processes meet professional industrial standards.

A portrait of a female student with a notebook and camera, smiling in a bright workshop. She represents the business and media side of the team. North America.
A portrait of a female student with a notebook and camera, smiling in a bright workshop. She represents the business and media side of the team. North America.
A portrait of a male student wearing a team branded hoodie, holding a camera and filming a robot. Dynamic and creative feel. North American context.
A portrait of a male student wearing a team branded hoodie, holding a camera and filming a robot. Dynamic and creative feel. North American context.
A portrait of a female student working with a set of spreadsheets and a tablet, organized and efficient. She is the project manager. North American setting.
A portrait of a female student working with a set of spreadsheets and a tablet, organized and efficient. She is the project manager. North American setting.
Nina Patel

Business Lead

Nina manages our sponsorship relations and community outreach programs, ensuring the team has the resources needed to compete.

Jason Smith

Media Manager

Jason documents the season through photography and video, creating the visual stories that engage our fans and sponsors online.

Lisa Wong

Project Manager

Lisa keeps the build season on schedule, tracking every component from design to final assembly to ensure we are ready for day one.

A wide-angle photography shot of an organized electronics bench with several high-end oscilloscopes and soldering stations. The background is a clean, modern lab in North America with blue accents.
A wide-angle photography shot of an organized electronics bench with several high-end oscilloscopes and soldering stations. The background is a clean, modern lab in North America with blue accents.

PROCESS

From Concept to Competition Field

Our engineering cycle is a rigorous, five-step journey that ensures technical quality and competitive readiness every year.

STEP 1

Analyze & Plan

We break down the season's game rules, defining our strategic goals and mechanical requirements before any building begins.

STEP 2

CAD & Prototype

We model the entire robot in 3D and build low-fidelity prototypes to test critical intake and scoring mechanisms.

STEP 3

Manufacturing

Using CNC mills and 3D printers, we manufacture every custom component to precise industrial tolerances.

STEP 4

Program & Test

Our software team integrates sensors and writes the autonomous logic, followed by hundreds of hours of driver practice.

STEP 5

Compete & Iterate

We travel to regional events, gather data on performance, and refine the design based on real-world field results.

View Roadmap
A close-up of a hand holding a gold-plated sponsor trophy, with the blurred background of a robotics arena in North America. Vibrant blue and white stage lights.
A close-up of a hand holding a gold-plated sponsor trophy, with the blurred background of a robotics arena in North America. Vibrant blue and white stage lights.

SPONSOR

Support Our Tech Mission

We rely on community partners to fund our materials, travel, and outreach. Every contribution directly impacts student engineering education.

Platinum Tier

Large logo placement on the robot and team apparel, plus invitations to our private shop tours and exclusive seasonal demos.

Sponsorship PDF

Gold Tier

Medium logo on all competition materials and featured social media spotlights throughout the regional tournament season.

Silver Tier

Logo inclusion on our team website and mention in our monthly newsletter to parents and local community partners.

Friends of Team

A shoutout on our 'Support Us' page and a personalized team photo sent to your business after each successful season.

Ready to invest in the next generation? Contact us to discuss custom partnership

ARCHIVE

Engineering Legacy & Awards

A photo of a shelf lined with blue and silver trophies in a North American classroom. The lighting is soft and prideful.
A photo of a shelf lined with blue and silver trophies in a North American classroom. The lighting is soft and prideful.
A close-up of a robot's claw gripping a yellow game object. The mechanism is intricate with visible springs and gears. Professional North American arena photography.
A close-up of a robot's claw gripping a yellow game object. The mechanism is intricate with visible springs and gears. Professional North American arena photography.
A photo of a team cheering as their robot performs a complex task in front of a large crowd in North America. High energy, colorful stage lights.
A photo of a team cheering as their robot performs a complex task in front of a large crowd in North America. High energy, colorful stage lights.
Excellence Award

Regional Winner 2023

Design • Code • Strategy

Awarded for the most effective robot design and professional documentation during the North American regional championship.

Innovation Prize

2022 Technical Achievement

Vision

•

Sportsmanship

2021 Community Choice

Mentorship • Aid • Spirit

Voted by peer teams for our willingness to assist other competitors with technical repairs during the tournament weekend.

Full Gallery

"Raider Robotics is a beacon of innovation in our school district. The students show a level of professional discipline that is truly

Robert Miller

School Principal

"Sponsoring this team was a great decision. They are organized, professional, and represent our brand's values in the community

Emily Chen

CEO, TechLocal Solutions

"The technical depth of these high school students is staggering. We've even recruited some of their alumni for internships at our lab."

Dr. Sam Lee

Director, Aerospace North

PARTNER QUOTES

What our community says about us

40+

Technical awards won

100%

Student college

10

Competitive

A wide-angle photography shot of a high school robotics pit area during a competition in North America. It is crowded, colorful, and tech-filled with posters, monitors, and parts. Energetic atmosphere.
A wide-angle photography shot of a high school robotics pit area during a competition in North America. It is crowded, colorful, and tech-filled with posters, monitors, and parts. Energetic atmosphere.

FAQ

Common team questions

How can we become a sponsor?

You can fill out the contact form below or email our business lead. We offer various tiers to fit different contribution levels.

Is the team open to new students?

Absolutely! We recruit every autumn. No prior experience is needed—we teach you everything from CAD to coding.

Where do you compete?

We primarily compete in regional qualifiers across North America, with the goal of advancing to the World Championships each April.

Join the Team

GET IN TOUCH

Ready to support the next generation?

Whether you want to be a sponsor, a mentor, or a student member, we want to hear from you. Drop us a line and help us engineer a better future.