AI Education Flagship
Hiwonder MechDog Pro ESP32 Controller AI Robot Dog
Integrated 3-DOF robotic arm, open-source kinematics, inverse kinematics solvers, and vision tracking built for collegiate labs.
Direct Factory Portfolio
Standard & Custom Bionic Quadruped Solutions for Costa Rica
Engineered for high-duty institutional labs, makerspaces, and automated prototyping. Direct dispatch from factory floor to San José, Alajuela, Cartago, and beyond.
Institutional Merch
Mini Mechanical Robot Dog Model Keychain Pendant
Precision zinc alloy and engineering resin quadruped model pendant. Ideal for robotics competitions, tech summits, and branded gifting.
HRI Testing
AI Smart Interactive Voice & Gesture Robot Dog
Facial verification matrix, capacitive obstacle response, and onboard real-time NLP unit designed for social robotics trials.
Vision AI Hub
Seeed Studio Reachy Mini Lite AI Desktop Robot
Hugging Face integrated, Raspberry Pi 5 optimized desktop robotics unit featuring wide-angle stereoscopic camera array and dual mic array.
OEM Asset Tracking
Custom Metal Identity Asset Tagging Module
Solid brass and anodized zinc hardware tags. Industrial laser engraving for lab fleet serialization, RFID inlay, and asset inventory.
Remote Patrol IoT
EBO Air2 Plus Smart Mobile Monitoring Unit
Autonomous self-charging mobile base, 1080p night vision, dual-channel audio streaming, and environmental telemetry relay.
Emotional AI
AI Smart Conversational Robotic Plush Pet
Natural language engine for voice chat, emotive storytelling, and sensory touch response designed for pediatric cognitive clinics.
Companion Robotics
OEM Lifelike Interactive Bionic Puppy Platform
Simulated skeletal gait dynamics, tactile behavioral triggers, and durable industrial-grade bionic internal servo chassis.
Institutional Performance
Technical Benchmarks & Ecosystem Scalability
Bridging pure academic exploration with reliable industrial manufacturing for the Central American technology corridor.
#1
Most-Starred Quadruped on GitHub (OpenCat)
16-DOF
Coordinated Inverse Kinematic Control
ESP32 + Pi
Dual-Architecture Real-Time Heterogeneous Edge
100%
Export Compliance & Duty-Exempt Free Zone Readiness
Strategic Engineering Architecture for Research Institutions
The transition from wheel-driven terrestrial mobile robots to legged locomotion represents an exponential leap in complexity and pedagogical value. For universities and technical centers in Costa Rica—such as the Instituto Tecnológico de Costa Rica (TEC) and the Universidad de Costa Rica (UCR)—the Petoi Bittle platform delivers an uncompromising platform. Powered by the open-source OpenCat framework, the Bittle and Bittle X series eliminate the prohibitive capital investment historically required for quadrupedal research.
Unlike monolithic closed-source commercial robots that act as black boxes, our factory delivers complete board-level access. Built around custom ESP32 BiBoard architectures and Arduino-compatible NyBoard controllers, these units communicate across high-speed UART, I2C, SPI, and wireless websockets. This enables graduate researchers to deploy raw neural network models on edge-compute companion boards—such as the Raspberry Pi 4B/5 or NVIDIA Jetson Nano—while relegating high-frequency joint angle calculations (200Hz+ loop updates) to the dedicated onboard gait engine.
Tiered Multilingual Software Stack
Seamless transition from visual block-based coding (Codecraft/Mind+) to low-level C++ kinematic algorithms and high-level Python automation via ROS 2 wrappers.
Validated Academic Curricula
Over 40 structured classroom contact hours with lab exercises covering center-of-mass balancing, trotting gaits, dynamic shock dampening, and AI visual target lock.
Industrial Servo Reliability
Equipped with customized metal-gear digital servos featuring anti-stall clutch mechanics, thermal throttling, and high torque output tailored to non-planar terrain exploration.
Contextual Execution
Localized Research & Industrial Deployment in Costa Rica
Aligning advanced robotics research with Costa Rica's National Decarbonization Plan, bio-diversity monitoring, and multinational engineering clusters.
Rainforest Canopy & Understory Ecology
Wheeled probes fail instantly in the muddy, root-tangled floors of Monteverde and Corcovado. Compact Bittle bionic quadrupeds, outfitted with micro-environmental sensors (VOC, temperature, humidity, infrared camera), enable bio-acoustics mapping and micro-habitat sampling without disturbing sensitive ecological matrices.
Zona Franca Cleanroom & Medical Inspection
Costa Rica is a premier exporter of Class II and III medical devices (Coyol Free Zone). Bittle units modified with electrostatic dissipative (ESD) composite shells serve as testbeds for autonomous visual verification of sub-floor HVAC ducts and tight under-conveyor spaces, operating where human presence contaminates clean air standards.
FOD & MEP High-School Coding Initiatives
In accordance with the Ministry of Public Education (MEP) STEM development framework, secondary technical schools (Colegios Técnicos Profesionales) leverage Petoi kits to move youth beyond rudimentary screen simulations into real-world embedded physical computing, kinematics, and rapid sensor integration.
Macro Economic Alignment
Costa Rica Robotics Landscape: Strategic Vectors (2025–2030)
How state initiatives, foreign direct investment, and academic investments are reshaping the national demand for autonomous systems.
Costa Rica is transforming from an agricultural exporter into a high-technology service, design, and manufacturing powerhouse in Latin America. With Intel's Mega-Lab test facilities in Heredia and over 300 multinational high-tech operations, technical human capital is the nation's primary currency. Three distinct trends drive current robotics procurement:
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The Nearshoring Automation Imperative: Multinational enterprises in the Greater Metropolitan Area (GAM) demand local engineering graduates who possess concrete competencies in Embedded Linux, Robot Operating System (ROS 2), and closed-loop motor control. Petoi Bittle fills this training gap by providing authentic industrial-grade control dynamics at accessible classroom costs.
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Bio-Mimetic Agricultural Innovations: Coffee and pineapple export leaders require autonomous micro-agents for selective crop diagnostics, soil compaction mitigation, and autonomous localized pesticide targeting. Quadrupedal research allows agricultural faculties to explore slopes unreachable by standard tractors.
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National Decarbonization & Drone/Ground Teaming: Costa Rica's ambitious green matrix requires autonomous inspection units that operate with ultra-low watt-hour consumption. The lightweight structure of Bittle (approx. 290g) enables multi-hour research runs on miniature Li-ion packs, creating symbiotic operations with overhead aerial drones.
| Evaluation Parameter | Petoi Bittle X Platform | Traditional Wheeled STEM Kits | Industrial Quadruped Competitors |
|---|---|---|---|
| Locomotion Topology | Dynamic 9-DOF / 11-DOF Legged Gait | 2WD / 4WD Differential Non-Holonomic | 12-DOF Quadruped Hydraulic/Brushless |
| Unit Import & Landed Cost | Highly accessible for batch classroom kits | Low, but pedagogically restrictive | Prohibitive ($15,000–$75,000+ USD) |
| Curricular Breadth | K-12 Scratch → University C++ → ROS 2 Python | Limited primarily to simple line-tracking | High-level API only; hardware locked |
| Open-Source Transparency | Full OpenCat C++ Engine + Hardware CAD | Proprietary firmware or trivial Arduino loops | Proprietary black-box motor drivers |
| Classroom Storage & Safety | Palm-sized (290g), safe for desk testing | Bulky, floor space reliant | Dangerous (12kg–50kg), requires caged arenas |
Direct Manufacturer Credibility
Why Partner with Shenzhen Pbrobot Technology Co., Ltd.
We are the inventors, patent holders, and original equipment manufacturers of the OpenCat bionic ecosystem.
Original Intellectual Property
Direct procurement from the creators behind the global OpenCat breakthrough. Zero middlemen, zero counterfeit component risks, guaranteed authentic firmware signatures.
OEM & Custom Lab Tailoring
From customized injection-molded chassis with university branding to custom sensor break-out headers and pre-flashed proprietary firmware routines, our factory accommodates flexible custom batch runs.
Specialized Costa Rica Logistics
Experienced in shipping directly to Central American logistics hubs, San José bonded warehouses, and handling duty-exempt educational documentation (Exoneraciones Ley 7293 / Ministerio de Hacienda).
Procurement & Technical Support
Frequently Asked Questions for Costa Rican Buyers
Crucial guidance covering logistics, customs, curricular integration, and wholesale purchasing terms.
What are the lead times and shipping methods to Costa Rica? +
We deliver express air freight via DHL, FedEx, or UPS directly to Juan Santamaría International Airport (SJO) customs clearance within 5–8 business days from factory dispatch. For institutional bulk orders (100+ units), we coordinate consolidated sea shipments arriving at Puerto Caldera (Pacific) or Puerto Limón (Atlantic) with complete commercial invoices, packing lists, and certificates of origin for swift national customs clearance.
How do Costa Rican public universities handle tax exemption (Exoneración)? +
Public institutions such as UCR, TEC, UNA, and UNED qualify for import duty exemptions via the Costa Rican EXONET portal managed by the Ministerio de Hacienda. Our factory sales team supplies formal Proforma Invoices with explicit HS codes (typically 8471 or 9503 for robotic educational platforms) and factory details, allowing your institutional procurement department to process the exoneración paperwork prior to freight arrival.
What single board computers can be integrated with Bittle in research projects? +
The Petoi BiBoard (ESP32) controller supports both wired serial (UART) and wireless communication (Wi-Fi/Bluetooth) with single board computers. Compact models like the Raspberry Pi Zero 2W or Raspberry Pi 3A+ can be directly mounted to the robot's back bracket, drawing power from the expansion header. For high-compute boards such as NVIDIA Jetson Nano or Raspberry Pi 5, we recommend off-board wireless socket communication or external dedicated battery mounts to maintain proper gait equilibrium.
Is the robotics curriculum available in Spanish for Central American schools? +
Yes. Our block-based coding software (Petoi Coding blocks / Codecraft) features a full Spanish language interface. Additionally, we provide comprehensive open-access English lesson plans and C++ documentation that can be translated and adapted by local educators for MEP (Ministerio de Educación Pública) curricula and bilingual private institutions across Costa Rica.
Are replacement parts, servos, and upgrade modules easily sourced? +
Yes. Because research and classroom use can subject servos and chassis parts to high mechanical stresses, we maintain dedicated inventory packs of replacement digital servos, linkage joints, rechargeable Li-ion battery modules, and sensor extension kits. These can be bundled with bulk institutional orders to ensure zero classroom downtime.
Accelerate Your Robotics Program with Direct Factory Supply
Whether you are establishing an AI robotics laboratory, ordering classroom sets for your academic campus, or exploring a regional distribution agreement in San José, our engineering team is ready to assist with tailored specifications and quotes.