Agri-Drone Training Academy

The ask

Build a licensed agri-drone training academy in Bangladesh that certifies farmers and rural technicians to operate crop-spraying and remote-sensing drones — then provide ongoing drone-as-a-service to the farms that cannot afford to own equipment outright.

Why now

China and India have each deployed hundreds of thousands of agricultural drones in the last three years; Bangladesh's Civil Aviation Authority is now finalising its drone operation rules, creating a regulatory window for first movers to shape licensing standards. Spraying drones from DJI, Agras, and domestic Chinese brands have fallen below $3,000 — affordable for a service operator covering a 50-village radius. The input-efficiency case is hard: a drone sprayer applies pesticide with 60–80% less chemical and 90% less water than a knapsack sprayer, cutting input costs and residue levels simultaneously.

Why Bangladesh

Bangladesh has 16 million smallholder farm households farming an average of 0.6 ha — far too small for conventional mechanisation but a perfect fit for drone services. Pesticide overuse is a documented public health and soil-health problem; regulatory and donor pressure to reduce it is growing. The country's flat terrain and high cropping intensity (two to three rice crops per year) create year-round drone utilisation rates that make the service economics attractive. Rural youth with basic tech literacy can be trained to operator standard in two weeks.

As a business

Training revenue comes from course fees (৳8,000–15,000 per trainee) and government or NGO block purchases for district-level extension programmes. The drone-as-a-service arm charges farmers ৳800–1,200 per bigha per spray cycle; with three to four cycles per season and 200 active client bighas, a two-drone operator turns profitable quickly. Equipment leasing to trained graduates adds a third revenue line.

Economics

Move the sliders to model your own agri-drone training and service business. Defaults are order-of-magnitude estimates — pressure-testing them is part of what a founder pitches us.

What ZEPH would back

A founder who has already flown agricultural drones commercially — not just recreationally — and has a working relationship with either a district agriculture office or an NGO extension programme willing to be a first institutional client. We want the operator-trainer, not the equipment dealer.

Impact

A drone sprayer applies pesticide with 60–80% less chemical and 90% less water than a backpack knapsack sprayer — serving 400 bighas per month from a two-drone fleet replaces roughly 4,800 bigha-applications per year of manual chemical spraying. At 60% chemical reduction per application, this cuts approximately 15–20 tonnes of pesticide active ingredient from entering Bangladeshi soil and waterways annually per operator, with a direct CO₂e benefit from avoided synthetic agrochemical production. Scaled to 500 certified operators, the network could reduce national pesticide use by 3–4% and generate measurable soil-health improvements across Bangladesh's vegetable belts.