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About Us

What about Krishi

Establishing a Memorandum of Understanding (MoU) with Bihar Agricultural University, Sabour, represents a pivotal milestone on this path. Our partnership aims to merge the university’s scientific research capabilities with Fliteline’s cutting-edge drone technology to address the unique agricultural challenges of Bihar. Through rigorous training programs, data-driven research, and hands-on demonstrations, we are determined to equip the next generation of farmers and agronomists with the skills and knowledge they need to thrive in an increasingly tech-focused world.

K’RISHI is the vision that has culminated in the creation of a Center of Excellence for Drones in Bhagalpur, an initiative close to my heart. Overcoming countless logistical, regulatory, and financial hurdles, we have formed a vibrant space where students, farmers, entrepreneurs, and industry leaders can come together to innovate and collaborate. From precision spraying to real-time crop health monitoring, the possibilities are truly limitless—and every success story we script here will resonate in the fields across Bihar and beyond.

I have always believed that success is born from a powerful combination of hard work, vision, and unwavering dedication. Today, I stand humbled and proud to witness how drones are steadily transforming agriculture, bridging technology and tradition for the betterment of our farmers. As we continue this journey, I invite every reader, researcher, and aspiring agripreneur to join us in rewriting the agricultural narrative of Bihar—one flight at a time.

Technical Specifications of Krishi Agricopter

Krishi Agricopter

Payload Capacity: 10L

Endurance: 17 to 22 Minutes

Operational Range: 15 KM

Navigation System: GNSS-based navigation with RTK support

Safety Features: Emergency Return-to-Home (RTH), Obstacle Detection and Avoidance, Geo-Fencing

Flight Modes: Semi-Autonomous

Why Choose Us !

Key Aspects of the Vision

 

  1. Precision Agriculture – Enhancing crop yield through data-driven insights, minimizing resource wastage.
  2. Sustainability – Reducing chemical overuse, conserving water, and promoting eco-friendly farming.
  3. Farmer Empowerment – Making drone technology affordable and accessible to small and large-scale farmers.
  4. AI & IoT Integration – Utilizing real-time analytics for disease detection, pest control, and yield prediction.
  5. Policy & Regulation Support – Encouraging government policies that promote safe and effective drone usage in agriculture.
  6. Scalability & Innovation – Expanding drone applications beyond spraying to planting, surveying, and climate adaptation strategies.