Gabriel Leal
CEO
Psycheaerospace
Psycheaerospace provides a suite of autonomous aerial and ground platforms that automate key agricultural tasks such as precise solid and liquid spraying, high‑resolution field mapping, and detailed soil sampling. Their drones (Harpia P‑71, Harpia Hexa, Sabiá, Carcará) and rovers (Tatu, Golias) integrate sensors and data processing to deliver real‑time analytics and actionable insights for large‑scale farms and agribusiness services.
- Agriculture Technology
- Autonomous Vehicles
- Clean Technology
- Hardware
- Robotics
Updated 5 months ago
Funding
Raised to date
$3MRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Funding rounds are not available yet.
Founders
Product
Problem
Brazilian agriculture often faces challenges in applying inputs uniformly, monitoring large fields for hazards, and obtaining timely, high‑resolution soil and crop data, which can lead to inefficient resource use and delayed decision‑making.
Solution
Psycheaerospace offers a portfolio of autonomous aerial and ground platforms designed to automate key farming operations. Their Harpia P‑71 and Harpia Hexa drones deliver precise solid or liquid spraying over extensive areas, reducing labor and improving application consistency. Fixed‑wing drones such as Sabiá provide rapid, high‑resolution aerial mapping for real‑time field analytics, while Carcará focuses on surveillance and early fire detection. Ground vehicles Tatu and Golias collect soil samples and perform multispectral analyses, delivering detailed measurements of moisture, conductivity, nutrient levels, pH and temperature with minimal soil disturbance. All platforms integrate onboard sensors and data processing to generate actionable insights that can be accessed by farm managers through standard digital interfaces.
Target Audience
Primary customers are large‑scale commercial farms, agribusiness service providers, and agricultural cooperatives that require automated input application, field monitoring, and precise soil analytics to optimize productivity.
Features
- Harpia P‑71 autonomous drone optimized for solid‑type agro‑chemical dispersion with high payload capacity
- Harpia Hexa dual‑mode drone capable of both liquid spraying and solid particle distribution for versatile crop treatment
- Sabiá fixed‑wing UAV equipped for fast aerial photogrammetry and real‑time geospatial data capture
- Carcará fixed‑wing system with onboard monitoring sensors for fire detection, intrusion alerts and field security
- Tatu ground rover that samples soil and measures moisture, conductivity, nitrogen, phosphorus, potassium, pH and temperature with low‑impact locomotion
- Golias rover featuring spectral analysis tools to monitor the same soil parameters across larger cultural areas
- Integrated data pipeline that consolidates sensor outputs into farm‑management software compatible formats
- Autonomous navigation and mission planning to operate without continuous human supervision