Overview
This budget blueprint is designed for a classroom deployment of 10 student teams using the SSP 2.0 Combat Robot Kit framework.
The SSP 2.0 platform is selected because it includes the essential internal electronics, including ESCs, receiver, battery, motors, and frame components. This simplifies implementation for educational programs while providing sufficient customization opportunities for students.
Estimated Total Budget: $5,530 USD
Average Cost Per Team: $553 USD
Classroom Budget Summary
| Item Category | Unit Cost | Quantity | Total Cost |
|---|---|---|---|
| SSP 2.0 Base Robot Kit | $450 | 10 | $4,500 |
| FlySky FS-i6 Transmitter | $55 | 10 | $550 |
| Smart LiPo Charger | $30 | 5 | $150 |
| LiPo Safe Charging Bags | $8 | 10 | $80 |
| Classroom Spares & Consumables | $250 | 1 | $250 |
| Total Budget | $5,530 |
Per Team Equipment Package
SSP 2.0 Combat Robot Kit
Each student team receives one complete SSP 2.0 robot platform, including:
- Chassis frame
- Drive motors
- Weapon or servo systems
- Electronic speed controllers (ESCs)
- Receiver system
- 3S LiPo battery
- Wheels and drivetrain components
The kit is designed to reduce complex component matching while allowing students to focus on design, assembly, and performance optimization.
Radio Control System
Each team is assigned:
1 × FlySky FS-i6 Radio Transmitter
The transmitter connects to the receiver supplied within the SSP kit and provides full robot control during testing and competition.
Safety Equipment
Fireproof Battery Storage
Each team is supplied with:
1 × LiPo Safe Charging Bag
All lithium polymer batteries should remain stored inside the protective bag whenever they are not installed in a robot.
Shared Workshop Tools
A shared tooling allocation supports access to:
- Metric and Imperial hex wrench sets
- Wire strippers
- Zip ties
- Electrical tape
- Basic maintenance tools
Estimated allocation per team: $15
Shared Classroom Infrastructure
Charging Station
The classroom setup includes:
5 × Smart LiPo Balance Chargers
A charger-to-team ratio of 1:2 provides sufficient charging capacity for a 10-team workshop environment without requiring individual chargers for every team.
Total infrastructure cost: $150
Spare Parts & Consumables
Robot combat environments place significant stress on mechanical components.
A dedicated classroom consumables budget of $250 is recommended for:
- Spare gears
- Replacement tires
- Structural standoffs
- Zip ties
- Electrical tape
- Blue thread-locking compound (Loctite)
- Fasteners and mounting hardware
These items help maintain robot readiness throughout the program.
Testing Arena Requirements
Safety Enclosure
Student testing should never take place in an open classroom environment.
A dedicated testing enclosure is strongly recommended and should include:
- Fully enclosed design
- 1/4-inch polycarbonate walls
- Debris containment system
- Safe observation area
- Instructor supervision access
Arena construction costs vary based on size and material selection and should be budgeted separately from the robotics equipment package.
Budget Summary
The SSP 2.0 classroom package provides a complete entry point for a 10-team combat robotics program.
Investment Breakdown
- Robot Kits: $4,500
- Radio Systems: $550
- Charging Equipment: $150
- Safety Equipment: $80
- Consumables & Spares: $250
Total Program Cost
$5,530 USD
This investment delivers a complete hands-on STEM learning environment focused on engineering, electronics, teamwork, problem-solving, and competitive robotics.