Nimbus

Agricultural UAS Platform[AGR]

Leveraging Axiom software, Nimbus is Intelecs' multi-role agricultural UAS platform. From precision crop monitoring and AI-driven analytics to variable-rate spraying and aerial seeding — one integrated system that sees, decides, and acts.

Nimbus
Multi-Role Agricultural PlatformMulti-Spectral SensingLiDAR + Camera MappingAutonomous OperationsClosed-Loop Agriculture

Multi-Role Agricultural Platform

Nimbus combines heavy-lift capability with precision sensors. Available in multiple configurations for survey, spray, and combined operations — covering the full precision agriculture workflow.

LiDAR + Camera Mapping

Combined LiDAR and high-resolution camera with AI-powered computer vision creates detailed 3D field maps. Identify problem areas at the individual plant level across thousands of hectares.

Nimbus Build Qualities

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AGRICULTURAL DESIGN

Purpose-built for agricultural operations with dust-resistant construction and heat-tolerant components. Operates reliably in the challenging conditions of African farms.

AGRICULTURAL DESIGN
1
16L+Payload Capacity

Large payload capacity supports spray tanks, multi-spectral sensors, and LiDAR simultaneously.

100+Hectares Per Flight

Cover vast agricultural areas efficiently in survey mode, reducing operational costs and time.

5-BandMulti-Spectral

Comprehensive spectral data with NDVI, NDRE, and custom vegetation indices for detailed crop analysis.

10ha/hrSpray Rate

High-efficiency treatment of large areas with variable-rate precision during optimal spray windows.

LiDAR + CVGuidance System

Combined LiDAR terrain following and computer vision for autonomous operation with obstacle avoidance.

Edge AIProcessing

Onboard AI processes data in real-time — immediate insights without cloud connectivity.

60minFlight Time

Extended endurance enables comprehensive coverage of large farms in a single mission.

6mSwath Width

Wide spray swath maximizes coverage efficiency while maintaining precise application accuracy.

±2cmRTK Accuracy

Centimeter-level positioning ensures precise application and consistent survey data collection.

-20°C to +50°COperating Temp

All-weather operation in extreme African climate conditions from cold highlands to hot lowlands.

30%Chemical Savings

Variable-rate application reduces pesticide and fertilizer usage while improving treatment effectiveness.

4K + NIRCamera System

High-resolution RGB and near-infrared imaging for detailed visual and spectral analysis.

AI Analytics[01]

Plant Health Scan

AI-powered multi-spectral imaging detects water stress, nutrient deficiencies, and disease before visible symptoms appear. Deep learning models analyze NDVI and NDRE indices to provide quantitative health assessments across your entire operation. Early detection enables targeted intervention, reducing crop loss.

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Plant Health Scan
Precision Application[02]

Precision Spraying

Variable-rate application adjusts spray volume based on real-time crop health data. Apply pesticides, herbicides, and fertilizers precisely where needed. Reduce chemical usage by up to 30% while improving treatment effectiveness.

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Precision Spraying
Survey & Monitoring[03]

Yield Estimation

AI-powered analysis of growth patterns and vegetation indices predicts harvest volumes weeks in advance. Plan logistics, storage, and sales with confidence. Track yield trends across seasons to optimize farming practices.

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Yield Estimation
Precision Application[04]

Vector Control

Aerial application for mosquito control and public health programs. Treat breeding sites, standing water, and vegetation efficiently. GPS-guided coverage ensures complete treatment while minimizing environmental impact.

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Vector Control
Survey & Monitoring[05]

Irrigation Optimization

Thermal and multi-spectral data reveals exactly where water is needed and where it's being wasted. Generate variable-rate irrigation maps that reduce water consumption by up to 30% while improving crop health.

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Irrigation Optimization
Precision Application[06]

Seeding Operations

Aerial seeding for reforestation, cover crops, and pasture establishment. Reach difficult terrain inaccessible to ground equipment. Variable-rate seeding optimizes distribution based on soil conditions and terrain.

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Seeding Operations
AI Analytics[07]

Pest & Disease Detection

AI models trained on African crop diseases identify early signs of infestation before they spread. Receive alerts with GPS coordinates for targeted treatment, reducing pesticide use and preventing crop-wide outbreaks.

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Pest & Disease Detection
Sensor Technology[08]

Multi-Spectral Imaging

5-band sensors capture data beyond visible light, revealing crop health indicators invisible to the human eye. NDVI, NDRE, and custom indices enable comprehensive field analysis across all growth stages.

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Multi-Spectral Imaging
Survey & Monitoring[09]

3D Field Mapping

LiDAR and photogrammetry create centimeter-accurate 3D terrain models. Identify drainage issues, plan irrigation systems, and calculate stockpile volumes. Track elevation changes over time for erosion monitoring.

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3D Field Mapping
Precision Application[10]

Fertilizer Application

Variable-rate fertilizer spreading based on soil analysis and crop health data. Apply granular or liquid fertilizers with precision, reducing waste and environmental runoff while maximizing nutrient uptake.

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Fertilizer Application
AI Analytics[11]

Weed Detection

Computer vision identifies weed species and maps their distribution across fields. Generate spot-spray maps for targeted herbicide application, reducing chemical usage by up to 90% compared to broadcast spraying.

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Weed Detection
Flight Operations[12]

Autonomous Operations

Plan missions once and execute them repeatedly throughout the growing season. Automated flight paths ensure consistent data collection for accurate change detection. Swarm capability enables multiple Nimbus units to work together on large operations.

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Autonomous Operations