We enable property owners and managers to more effectively control their largest maintenance expense, roofs, with new state-of-the-art inspection technology.
EnableUAV’s mission is to provide value based aerial inspection data that allows for smarter and more cost effective decision making. We enable property managers, commercial businesses, and residential property owners to effectively reduce risks and costs by understanding the true condition of their roofs. We understand that a roof replacement is often the single largest maintenance expense that a property owner will incur. By utilizing advanced thermal imagers and high resolution cameras that are integrated onto small UAVs or drones, EnableUAV can detect various roofing issues such as water intrusion, damage, corrosion, and unwanted debris. We even have the ability to detect issues early before they become serious problems. This critical data helps property owners be more proactive and make more informed decisions on roofing repairs or replacements and have better control over annual budgets. Don't be surprised by your roof!
EnableUAV also offers other drone based inspection services such as structures, pipelines, power lines, HVAC boiler and chiller lines, solar panels, and insulation performance surveys. We also provided aerial photography, 3D mapping, and construction site monitoring.
EnableUAV's chief pilot, Patrick Walsh is an FAA certified drone pilot.
Patrick spent the past 8 years at Lockheed Martin in roles of increasing responsibility and in his most recent role, as a Business Development Associate Manager, he
obtained order commitments of over $15M annually. In this role, he helped establish investment strategy, business capture plans, product positioning, and sales plans for advanced electro-optical and
infrared targeting systems. Also a graduate of Lockheed Martin’s operations leadership development program, he held multiple leadership roles in production operations; including production operations
manager, production supervisor, and cross-functional team leader. Key successes include establishing a production system for a new product line and leading the production ramp up of the highest
volume product in Lockheed’s Fire Control Factory at that time, to an output of over $400M per year.
Patrick holds BS degree in Aerospace / Mechanical Engineering and an ME degree in Mechanical Engineering from Rochester Institute of Technology, and an MBA from Crummer Graduate School of Business at Rollins College.