About Us

About the Company

Ace-Tek Drones & Imaging

Ace-Tek Drones & Imaging was founded in 2023 with a mission to deliver high-quality, reliable aerial solutions for businesses that need clear, accurate, and professional visual data. As a one-man operation, the company is built on it’s principals of safety, precision, consistency, and client-first strategies—ensuring every project is handled with attention to detail from start to finish.

Led by an FAA-certified and insured drone pilot, A. Cole Egnew (Ace) specializes in aerial photography and videography, 2D mapping inspections, and construction site monitoring. Each service is designed to help clients save time, reduce risk, and make more informed decisions through high-resolution imagery and detailed reporting.

Whether working with real estate professionals, contractors, or commercial clients, Ace-Tek Drones & Imaging focuses on delivering dependable results, fast turnaround times, and a professional experience that clients can trust.

Meet the Owner

Cole Egnew founded Ace-Tek Drones & Imaging with a vision to help individuals and businesses operate more safely through reliable aerial data and inspection services. He holds an Associate’s degree and an Undergraduate Certificate in UAS Technology and is currently pursuing his Bachelor’s degree, providing him with a strong academic foundation and technical expertise in drone operations.

Cole is a Certified Professional Inspector through InterNACHI and is in the process of obtaining his NHIE license to perform full residential and commercial inspections. He is also BPERP certified and has accumulated over 200 hours of flight experience, bringing both knowledge and hands-on proficiency to every project.

A. Cole Egnew

Owner

Need help? Contact me

928-458-3232 or info@acetek-drones.com

The Airborne Public Safety Association (APSA) Basic Proficiency Evaluation for Remote Pilots (BPERP) is a nationally recognized, proctored flight test for small unmanned aircraft systems (sUAS) designed to measure pilot skills against NIST Standard Test Methods .

requires completing a designated flight path, capturing at least 32 of 40 specific targets within 10 minutes (80% score)