Robo Raptor - Performance Line Following Robot *PREORDER*
Robo Raptor - Performance Line Following Robot *PREORDER* is backordered and will ship as soon as it is back in stock.
Delivery and Shipping
Delivery and Shipping
Domestic shipping is handled by Akis Express in one working day for pickup points and 2-3 working days for door to door delivery. For international shipping there is option for a Post Office or a FedEx Express.
Robo Raptor - Performance Line Following Robot *PREORDER*
Robo Raptor - Performance Line Following Robot *PREORDER* is backordered and will ship as soon as it is back in stock.
Competition-Grade · Modular · Pre-Order
RoboRaptor
The Modular Performance Line-Follower
Built for teams that compete to win. A fast SPI sensor front-end, a swappable motor-driver bay, replaceable motors, and a dual-brain socket that grows from classroom to championship.
Estimated shipping: late summer 2026
Pre-Order Offer — €50 Off
Basic Kit €299.99 → €249.99 during pre-order.
This is the first production run. Early teams get priority allocation and the launch price before it returns to standard.
Why RoboRaptor
Engineered to win, designed to grow
- Tuned for competition: built for professional and performance line-following events — including Robotex Cyprus line-following and similar national/international competitions.
- Fast, clean sensing: 8× QRE1113 reflective array read through a dedicated MCP3008 8-channel SPI ADC — consistent reads that don't choke the processor.
- Truly modular: swap the motor driver, swap the motors, choose your RPM and tyres. Configure the robot to the track.
- Dual-brain ready: one socket, two worlds — start on the Kypruino / Robo Core+ (ATmega328P), drop in the ESP32-S3 RoboBlocks brain for high performance.
- RoboBlocks-native: designed around the upcoming RoboBlocks ecosystem for highly configurable electronics.
- Its own toolkit: a dedicated RoboRaptor interactive web app with guided projects — no boring PDF manual.
The Modular System
A robot you configure, not just buy
RoboRaptor is built on three swappable axes. The Basic Kit ships with a capable default — then you upgrade exactly the parts your team needs to climb the podium.
The Brain — dual socket
A single socket accepts two control boards, so the same chassis serves a first-year class and a competition team.
- Kypruino / Robo Core+ (ATmega328P) — included. Arduino-compatible, ideal for introductory robotics.
- ESP32-S3 RoboBlocks Brain — upgrade. More compute, Wi-Fi, and full RoboBlocks configurability for high-performance use.
The Motor-Driver Bay — replaceable
The driver lives on a swappable module. Pick the controller that matches your speed, current, and control needs.
- DRV8874 — included. Rugged, high-current brushed driver — a strong all-round performer.
- DRV8830 — alternative. Compact I²C-controlled driver for lightweight, address-controlled builds.
- TB9053FTG — top-tier upgrade. Automotive-grade SPI-controlled driver with advanced diagnostics and protection.
Motors & Tyres — selectable
Replaceable N20 (6 V) micro metal gear motors — choose the RPM for your strategy, then choose your grip.
- 300 RPM — high torque, maximum control on tight technical tracks.
- 500 RPM — the balanced all-rounder.
- 1000 RPM — top speed for fast, open courses.
- Custom silicon-grip tyres — add-on. Extra traction for aggressive cornering and acceleration.
Brain, motor driver, motor RPM, and tyres are all selectable at checkout. Defaults shown; upgrades priced as add-ons.
At a glance
Configuration matrix
| Axis | Included (default) | Upgrade options |
|---|---|---|
| Brain | Kypruino / Robo Core+ (ATmega328P) | ESP32-S3 RoboBlocks brain |
| Motor driver | DRV8874 | DRV8830 · TB9053FTG (automotive SPI) |
| Motor RPM | N20 6 V — choose at checkout | 300 · 500 · 1000 RPM |
| Tyres | Standard | Custom silicon-grip |
What you get
In the Basic Kit — €299.99 → €249.99 pre-order
- RoboRaptor chassis (multi-board PCB platform)
- Kypruino / Robo Core+ (ATmega328P) brain — default
- DRV8874 motor-driver module — default
- 2× replaceable N20 6 V gear motors (RPM selected at checkout)
- Standard tyres (silicon-grip set available as add-on)
- 8× QRE1113 reflective line array with MCP3008 8-ch SPI ADC
- ToF distance sensing (VL53L0CX / VL53L1CX) via TCA9548A I²C multiplexer
- NeoPixel smart RGB LEDs · IR receiver
- 2S Li-ion power — smart charger, protection, regulated buck rail, USB-C charging
- USB-C programming cable
- Quick-start card + link to the RoboRaptor web app
Battery: 18650-included (if your region supports it).
Under the hood
The sensing system — why it's fast
- 8× QRE1113 reflective array: a wide, high-resolution line array for confident tracking and sharp junction handling.
- MCP3008 8-channel SPI ADC: all eight sensors sampled over a dedicated high-speed SPI bus instead of tying up processor pins — clean reads at competition speed.
- ToF distance sensing: VL53L0CX / VL53L1CX time-of-flight sensors for obstacle and gate detection.
- TCA9548A I²C multiplexer: run multiple ToF sensors sharing the same address without conflicts.
- Level-shifted, expandable I/O: logic level shifting and an I²C expander keep the platform flexible across both brain options.
In the web app
Example projects
- First Run — calibrate the 8-sensor array
- Reading the Track — live sensor + ADC visualization
- Basic Line Follow → PID tuning
- Speed Runs — RPM & driver tuning for open courses
- Sharp Turns & Junctions — handling intersections
- ToF Gate & Obstacle Detection
- Telemetry & Tuning Dashboard (ESP32-S3 brain)
- Competition Mode — putting it all together
Each project includes starter code and tuning guidance in the interactive RoboRaptor web app.
Specifications
Key specs
- Brain: ATmega328P standard · ESP32-S3 RoboBlocks (upgrade)
- Driver: DRV8874 standard · DRV8830 / TB9053FTG
- Motors: 2× N20 6 V · 300/500/1000 RPM
- Line sensing: 8× QRE1113 via MCP3008 SPI ADC
- Distance: VL53L0CX/L1CX ToF via TCA9548A mux
- I/O: NeoPixels, IR receiver, expandable I²C/GPIO
- Power: 2S Li-ion, USB-C charge, protection + buck
- Tyres: standard · custom silicon-grip
- Programming: USB-C (Arduino IDE / PlatformIO)
- Ecosystem: upcoming RoboBlocks (2026)
RoboRaptor web app
Like the RoboRover Lab Explorer, RoboRaptor ships with its own interactive web app — guided projects, live sensor visualization, and tuning tools, all in the browser. No printed manual to lose.
Perfect for
- Competition teams in professional & performance line-following events
- Advanced educational centres and university robotics labs
- Serious hobbyists who want a platform they can keep upgrading
- Anyone outgrowing entry-level robots and ready to tune for real performance
Compatibility
- Arduino IDE & PlatformIO (Windows/macOS/Linux)
- Works with common Arduino libraries (sensors, motor control, OLED, IRremote, etc.)
- Designed for the upcoming RoboBlocks ecosystem (launching 2026)
- Starts on the same Kypruino/Robo Core+ as the rest of the Robo line
FAQ
What comes in the Basic Kit?
What can I upgrade?
Which motor driver should a competition team pick?
Do I have to pick the ESP32-S3 brain?
When does it ship?
Is it beginner-friendly?
For teachers & mentors
Educational value
- PID control and closed-loop tuning on a real, fast platform
- Sensor fusion across reflective arrays and time-of-flight sensing
- SPI, I²C, ADC, and bus multiplexing in practice
- Engineering trade-offs: speed vs. torque, traction, and driver selection
- Competition-driven, project-based learning
Add-ons (selectable)
- ESP32-S3 RoboBlocks brain upgrade
- Motor-driver upgrade: DRV8830 or TB9053FTG
- Motor RPM selection: 300 / 500 / 1000
- Custom silicon-grip tyres
Disclaimer
RoboRaptor is shown as a pre-production preview. Final colours, graphics, and minor mechanical details may change during manufacturing. Component substitutions of equal or superior specification may occur without prior notice. The RoboBlocks ecosystem is in development and scheduled to launch in 2026; ESP32-S3 RoboBlocks brain availability follows that timeline. All listed features are intended for the production release.
Payment & Security
Payment methods
Your payment information is processed securely. We do not store credit card details nor have access to your credit card information.
