Restoring Heritage.
Building Futures.

Sponsor an Annual Inspection

Support aviation safety and preservation through structured, supervised inspection work. Annual inspections are essential to keeping aircraft safe and airworthy.

Sponsor a Paint Session

Sponsor one phase of the finishing process that protects history — and teaches professional-level craft. Paint and other finishing processes protect aircraft from corrosion and environmental damage and require disciplined preparation, masking, safety controls, and attention to detail. A typically restoration process requires many, often dozens of individual paint sessions to bring the project to completion. Your donation will cover at least one of those critical steps in the process and give participants a chance to develop and practice highly transferrable skills.

Sponsor a Wing

Help restore an significant piece of aviation history — and train the next generation while doing it. A wing offers participants a master class in structure, precision, and safety-critical workmanship. A full wing restoration involves removing existing covering; carefully inspecting all surfaces and structural components for any signs of damage due to overstress, corrosion, or decay; rebuilding or fabricating from scratch any damaged or degrated components (like ribs, spars, compression rods, leading/trailing edges, etc.); painting or finishing those components to protect them from future corrosion; reassembling the wing; covering, and painting. Those last two steps along can take about 100 hours of skilled labor to complete and a total wing restoration -- from start to finish -- can easily exceed a month.

Why it matters: Wing work does more than build transferable skills like inspection discipline, measurement, layout, drilling/deburring, and fabric/metal techniques. It gives participants an opportunity to understand how flight is actually achieved. In concert with our STEM Lab programs, participants learn how the shape of wings leverage Bernulli's principle to generate lift, and what roles other forces like thrust, drag, and gravity play during all phases of flight.

Sponsor a Fuselage

Sponsor the backbone of a historic aircraft—and one of the highest — impact training environments in the shop. Fuselage restoration involves assessing the structural integrity of wood and metal components; the fabrication, installation, and precision alignment of strenght- and form-giving structures like stringers and cross braces; cable and/or pushrod construction and installation to move control surfaces within defined limits; the precise shaping and flaring of rigid fuel lines; corrosion prevention; and, of course, fabric covering and finish work. A total fuselage restoration, not including the engine installation, can easily take a full year.

Why it matters: Working on the fuselage builds systems-level thinking by tieing everything together. Participants learn how each aircraft component interconnects, how the rudder, elevator, and ailerons are actuated by pilot control inputs, and how fuelflow, airflow, and electrical systems support safe, reliable engine operations.

Sponsor an Engine Overhaul

Help power the whole process through a mission-critical engine overhaul or rebuild. Not only are engines (powerplants) often the most expensive part of a restoration project, they usually require the most time to complete. This is because only certified aircraft engine repair shops with proper fixtures and tooling — devices that costs hundreds of thoundsands of dollars — are qualified to perform the necessary inspections, machining, and reassembling that ensure manufacture-specified tolerances for serviceability, safety, and reliability. Lead-times for this type of work are often six months or longer, and most shops require large deposits before any work can be scheduled. During the engine removal and reinstallation processes (prior to and after an engine overhall), program participants learn about all aspects of the engine and associated systems. From the basic combustion process to all the systems that keep it running -- fuel flow, ignition, exhaust, cooling, sensors and instrumentation, mounting and shock isoluation, operating limits -- they'll learn about it all. Through all that they'll reinforce their understanding of component cleaning and inspection practices, proper fastener selection, correct torque procedures, aviation-specific research and data validation, and documentation.

Note: Some engine services may require specialized certificated vendors. Future Flights structures work to stay compliant and safety-first.