Orbiba Robotics by Orbiba Robotics

Orbiba Robotics
Turkey

Orbiba robotics provide Adavnced AI suported autonomous small robot platform for farmers labor intensive farm tasks.

Orbiba Robotics by Orbiba Robotics

Types of crops

Vegetables

Vegetables

Fruits

Fruits

Berries

Berries

Vineyards

Vineyards

Orchards

Orchards

Field Crops

Field Crops

Flowers

Flowers

Aromatic Plants

Aromatic Plants

Nursery Garden

Nursery Garden

Commercialization & Business model

  • TRL : 6-8: System Development
  • Number of units in service : 1
  • Price : 6K-20K
  • Business model : direct-sales

Technical specifications

  • Robot’s primary need : Weed control, Monitoring , Biodiversity AI based insights
  • Power source : Electric energy, rechargeable battery-powered.
  • Horse power : Approximately 6 horsepower (4 motors at 1.5 HP each).
  • Size : 98 (L) * 67 (W) * 63 (H) cm | 39 (L) * 26 (W) * 25 (H) inches
  • Net weight : 75 kg | 165 lbs
  • Productivity : For single in-between row operations, Orbiba Robot can autonomously manage up to 1 acre/hour for weed control, covering up to 8 acres/day based on field conditions.

Functionalities and technologies

  • Functionality : Our robot is an autonomous agricultural robot that provides precision weed management, biodiversity monitoring, and soil health optimization. It integrates AI-driven precision, multispectral and thermal imaging, and CERN’s Structured Laser Beam (SLB) technology for non-chemical weed control. OrbBite features real-time environmental monitoring, modular plug-and-play design for scalability, and cost-effective hardware, making it an accessible solution for sustainable and efficient farming for small farmers.
  • Embedded technologies : AI-driven precision, multispectral imaging, thermal imaging, structured laser beam (SLB) technology, GPS with RTK, stereo cameras, and environmental sensors.
  • Tools : Tillage, mechanical weeding , regenerative weeding, laser weeding, seeding , carrying , 64 cm width 75 kg
  • Connections : Point linkage

Development phase

  • Next development phase : Integration of advanced battery efficiency and renewable energy charging systems.

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