The Build // DECODE 2025-2026

Engineered tocompete.

Every season we design and build a robot from the ground up — tuned for the season's challenge, refined through iteration, and built to win matches. Here's a look under the hood of our DECODE machine.

DECODE robot
COMPETITION READY
DIMENSIONS

18" × 18" × 18"

DRIVETRAIN

Mecanum 4WD

STACK

Java / FTC SDK

Design Goals

What we built it for.

01

Consistently score artifacts

02

Fast sorting mechanism

03

Modular subsystems

04

Adaptive robot

Subsystems

Under the hood.

Five custom-engineered subsystems working in unison. Each one designed, prototyped, and tuned for this season's challenge.

01 / 05

DEPOSIT

Precision artifact placement

Adjustable hood with helix gears. Range of 30°–60° to allow for flat shots that reduce artifact bounce-outs at the goal.

Adjustable hood30°–60° rangeHelix gear actuation
02 / 05

TURRET

Full 360° tracking

Ball-bearing integrated shooting system driven by a motor for 360° motion. Smooth turns and precise aim with fully 3D-printed custom gear teeth for accurate turning.

Ball-bearing integrated360° motionCustom 3D-printed gears
03 / 05

INTAKE

High-volume collection

Intake sized to take numerous artifacts at once. A ramp pulls collected artifacts up onto the transfer plate with ease.

High capacityRamp-fed transfer plateWide pickup zone
04 / 05

TRANSFER

Sub-second cycle time

Greater than 0.7 second cycle time to shoot all 3 balls from transfer. Custom 'Flickers' integrated with color sensors flick the required artifacts upwards into the deposit.

<0.7s cycleColor sensorsCustom Flickers
05 / 05

VECTOR

Smart artifact funneling

Helps vector incoming balls with passive rollers. Funnels ball direction directly into the transfer system, increasing intake reliability.

Passive rollersDirectional funnelingReliability boost
Robot Garage

Every machine we've built.

Four seasons. Four robots. Click any one to see how it was built.

DECODE robot

Our DECODE robot features 5 custom subsystems — adjustable deposit hood, ball-bearing turret, high-capacity intake, sub-second transfer, and a vectoring system for smart artifact routing.

5 subsystemsReal-time SLAMSub-0.7s cycle

NEXT // CODE

See how we made it move.

Autonomous paths, sensor fusion, computer vision — the full software story.

Programming page