News of the Week
-
Autonomous Thermal Imaging Drone Construction Begins
August 3rd, 2026: We will be constructing a Thermal Imaging Drone that will run fully autonomous. The main drive motors will be powered by a high-output fuel injected 50cc gas engine. The drone will contain a backup power supply to power the main rotors in the event of an emergency landing. The estimated flight time for the drone is expected to be around 5 hours. The gas engine will power the electric motors by use of a high-output alternator custom designed to run directly off of the output shaft of the engine. We have chosen a fuel-injected system to better control the air/fuel ratio at different altitudes during flight. The engine will also be equipped with an electric starter in the event of engine stall. The main thermal sensor was purchased off of Amazon https://www.amazon.com/dp/B0DJ6RSRQ6 <Purchase Here> and custom code was used from GitHub:> https://github.com/leswright1977/PyThermalCamera to interface it to our Raspberry Pi5 for image processing.
Custom thermal imaging drone design and implementations start at $7,955 USD per unit. These drones are used for search and rescue missions, fugitive apprehensions, and industrial inspection. Drones can be equipped for fully autonomous flight, or human pilot intervention. All drone systems supplied by GHI are compatible with most drone controllers. FAA 107 licenses are required to fly our drones that are under 55LBS(25KG) and also require to be in line of sight constantly to adhere to the law. Drones must not pass the 400ft ceiling limit unless special permission is acquired by the FAA.
About The CEO
Kenton Gibson CEO of Gibson Heavy Industries is 42 years of age. He grew up in the small town of Granbury, Texas.
The starting of this company came about with the need of supplying AI solutions in the wake of the AI boom. It is important to keep the USA at the spearhead of development.
Currently in development is the Joint Artificial intelligence Control Kernel, or J.A.C.K. for short. This has been a working progress for the last 2 years and going. It will actually control a mechanical body and act on command via voice autonomously. It utilizes an LLM running on an SBC using 16GB of RAM with command line interface generation. Overall the system will identify potential commands to issue on its own, by analyzing data to generate a strategy for which commands to issue and when. There is also a tracking algorithm for using momentum as a way to find the bearings and heading of its location, not having to fully rely on GPS navigation. The learning and comprehension system fully adapts to itself and its surroundings constantly. Vision systems are used independent of the main LLM. There is an internal database of different pictorial profiles for all items. Tracking positions of objects and identifications is generated using a basic outline of the object and then using superposition we generate all possible variants of the object to determine the objects direction.
Gibson Heavy Industries LLC is designated as a government contracting company feel free to contact us for CAGE code verification.
Contact
Phone: +1 (682)-279-2300 Voice, SMS, and Whatsapp.