Service History
The Express 2000RG carved out a specialized niche in experimental aviation as a high-performance cross-country tourer. Express Aircraft, Inc. sold over 300 kits of all Express variants by April 2003, with approximately 60 aircraft completed and 80 under construction. The first builder-assist delivery went to Jim and Kay Butler on January 28, 2001, marking the beginning of the model's operational service. The aircraft attracted pilots seeking airline-level performance in a homebuilt package, with examples like N44508 commanding prices of $199,900 even years after production ceased.
The Manufacturer
Express Aircraft, Inc. emerged from Wheeler Technology Inc., which originally developed the high-speed cross-country kitplane concept. Wheeler Technology's prototype first took flight on July 28, 1987, establishing the foundation for what would become the Express series. Express Aircraft focused on composite kitplanes conforming to FAR Part 23 regulations during the late 1990s and early 2000s, positioning itself in the premium segment of the experimental aircraft market. The company ceased operations in the mid-2000s, leaving no clear successor organization to continue production.
Engine & Technical Details
The Express 2000RG typically mounted a Teledyne Continental TSIO-550-E turbocharged engine producing 261 kW (350 hp) through six horizontally-opposed cylinders. More ambitious builders could opt for the 2000RGT variant, which employed a Pratt & Whitney Canada PT6A-20 turboprop generating 410 kW (550 shp). The aircraft featured innovative composite sandwich construction using polyurethane foam cores reinforced with glass fiber and vinylester resin, creating exceptional strength-to-weight ratios.
The design incorporated a NASA NFL-1 0215-F laminar flow wing section with 5 degrees of dihedral, hydraulically retractable landing gear, and optional electrically actuated spoilers. Distinctive gull-wing entry doors provided access to the four-seat cabin, while an airspeed-actuated gear extension system added operational sophistication. Fuel capacity reached 341 liters (90 US gallons), supporting the aircraft's long-range mission profile.
Pilot Perspective
Pilots praised the Express 2000RG for its impressive cruise performance of 219 mph at 7,500 feet, rivaling certified aircraft costing significantly more. The aircraft's 28,000-foot service ceiling and initial climb rate of 1,200-1,800 feet per minute provided operational flexibility rare in the experimental category. However, the complexity of systems like hydraulic gear retraction and turbocharged engines demanded higher pilot proficiency than typical homebuilts.
The laminar flow wing design contributed to both performance and handling characteristics, though it required careful maintenance of surface smoothness to achieve advertised speeds. Stall speed of 67 mph with flaps up provided reasonable low-speed handling, while the design's +8.8/-4.4 g-load limits exceeded typical utility category requirements.
Production & Legacy
Exact production numbers for the 2000RG variant remain unclear, though documented examples include serial 0101RG (registered N44508) and various international registrations like VH-MWD in Australia. The quoted 1,600-hour build time could be reduced to 400 hours through builder-assist programs, making completion more accessible to time-constrained builders.
The Express 2000RG's legacy lies in demonstrating the potential for homebuilt aircraft to achieve near-certified performance levels through advanced composite construction and sophisticated powerplants. The 2000RGT turboprop variant, which first flew on January 17, 2003, pushed boundaries further before the prototype was lost on July 27, 2003. While few examples remain active today, the aircraft influenced subsequent high-performance kit designs and proved that experimental aviation could compete directly with certified aircraft in speed and capability.
The aircraft's limited production run and manufacturer's closure have made remaining examples increasingly rare, with most survivors likely in private hands rather than museums. Its technical achievements in composite construction and laminar flow aerodynamics contributed valuable data to the broader experimental aircraft community, even as the specific model faded from production.