Mentoring pilots how to

FLY Right

137 Testing, Management, & Compliance Software

137 Testing

Drone Agriculture Aerial Applicators.

Flying with Farm-i-tude. Farm-i-tude is dedicated to creating job pathways in precision agriculture in the education system and for small businesses.

Farm-i-tude will get agriculture pilots compliant to fly under the FAA 137 and work with you to obtain your state compliance. Farm-i-tude also has its own 137 fleet management system designed for agriculture applications to track all your flight telemetry, VO's, chemicals, active ingredients, and more.

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Farm-i-tude Logbook Demo

Features

Of the Farm-i-tude Drone Logbook

Drone Operations Compliance and Fleet Management

Mission Planning
Flight Tracking
Maintance Reporting
Compliance Reporting
Weather Reporting
VO Reporting
State Chemical Reporting
LAANCE Clearance
NOTAM Compliance
FAA Reporting
Custom Forms
Customized Flight Docs
All Complaince Paperwork Attached to Account
Supports DJI and other Ag Drone Files

What are Precision Agriculture benefits?

Job Creation

Per the USDA and the University of Mississippi, there will be a need for a minimum of 100,000 additional qualified pilots to handle the increased demand in agriculture and other drone deployments.

Water Conservation

Using infrared light from an aerial view allows farmers to identify crops being under or overwatered, allowing for maximum irrigation management adjustments.

Air Quality

Agriculture drones can spray 40-60% faster than manual spraying, saving 30-50% in chemicals by identifying specific needs and not treating the entire farm.

Carbon Footprint

Most of the drones used in agriculture are battery-powered, which allows the farm to be carbon-free when spraying or mapping. Zero Carbon Farming.

Innovation

Prescription drone mapping and precision drone applications along with AI tractors and robotics are changing the face of small farms by utilizing in-depth knowledge in real-time for higher yeilds.

Increased Yield

Increasing yield is not just changing one element in the field. It's addressing labor, water, natural resources, soil quality, and nutrient measurements to increase overall plant health.

Natural Resource Management

By better understanding in real-time where waste is happening, it allows farms to pivot and adjust, using fewer resources to grow a more sustainable yield of crops.

Cost Savings

By leveraging crop history and adding real-time information that limits unnecessary pesticide application, irrigation waste, reduces farm labor, and gives infrared plant health, it allows the farmer to go on the offense of crop yield.