How Drones Are Improving Rice Broadcasting With Precision Planting in Nigeria

The Problem

Slow, Uneven Field Establishment

Every planting season, Fatherland Farm in Makurdi, Benue State faced a major operational challenge: manually broadcasting rice seed across 120 hectares of farmland. The process depended on large teams of labourers walking the fields by hand, making planting slow, labour-intensive, and highly dependent on individual skill and consistency.

Uneven seed distribution resulted in patchy crop stands, overlaps, and gaps that later translated into inconsistent crop emergence. The lengthy operation also exposed planting to weather-related delays, increasing the risk of missing the optimal planting window and reducing yield potential.

As the farm expanded its production goals, the labour requirements, coordination costs, and operational delays associated with manual broadcasting became increasingly difficult to sustain.

Our Solution

A 2-step Precision Drone Broadcasting

Step 1: Digital Flight Planning

The entire 120-hectare field was digitally mapped, and automated flight routes were generated to ensure systematic coverage. Flight paths were designed with 8-metre route spacing to deliver uniform seed distribution across the entire field.

Step 2: Precision Aerial Seed Broadcasting

Using the DJI Agras T50 equipped with a 50 kg spreader tank, rice seed was broadcast at a calibrated rate of 100 kg/ha. Operating at an altitude of 4–4.5 metres with a spreader speed of 1,200 rpm, the drone maintained consistent seed delivery while minimizing overlaps and skipped areas.

The Results

120ha

Sprayed using precision drone technology.

3 Minutes

Average broadcasting time per hectare.

98%

Seed spread accuracy and consistency

80%

Improvement in overall planting efficiency.

Faster Planting. Greater Efficiency

1. Dramatically Faster Planting Operation

Drone broadcasting reduced planting time by 95%, enabling Fatherland Farm to establish its rice crop within the optimal planting window while minimizing weather-related delays.

2. Improved Seed Distribution

Automated flight planning and calibrated spreading maintained a consistent 100 kg/ha seed rate across the field, producing more uniform seed distribution with virtually no overlaps or skipped sections compared with manual broadcasting.

3. Lower Labour Demand and Higher Productivity

The drone replaced large manual broadcasting crews with a small team of trained operators, reducing labour requirements while improving operational efficiency and supporting large-scale rice production.

Conclusion

Fatherland Farm's transition from manual seed broadcasting to drone-based precision application demonstrates how agricultural UAVs are transforming field establishment. This project shows that precision broadcasting is not only an operational upgrade but also a strategic investment in productivity and timely crop establishment. Contact Integrated Aerial Precision (IAPrecision) for drone broadcasting on your farm.