Instructional aircraft VOYAGER

single-enginepiston engine

Overview
Prepared to power the next generation, the all-new Voyager™ combines capability, durability and efficiency in a platform built for pilots to train more effectively. Designed for modern flight schools and general aviation pilots who value reliability, efficiency and high utilization.

Key selling points

• MOSAIC-capable platform aligned with evolving FAA regulations
• Designed for high-usage durability and simplified maintenance for flight schools
• Equipped with modern glass cockpit avionics to accelerate training outcomes
• Expanded training capabilities to serve a broader range of pilots

Avionics & Cockpit
Equipped with Garmin® AXIS™ avionics in an intuitive glass cockpit. Clear visuals and streamlined controls are intended to flatten learning curves and improve instructor effectiveness.

Performance summary (table)
Horsepower*: 100 hp / 75 kW
Cruise Speed (90% POWER)*: 133 KTAS / 246 km/h
Max Altitude*: 18,000 ft / 5,486 m
Max Range*: 740 nm / 1,370 km
Useful Load*: 552 lb / 251 kg
*Preliminary. Subject to change.

Design & Operations
The Voyager™ is built to reduce downtime and lower operating costs for flight schools. Emphasis on durability, maintainability and day-to-day operational confidence for training operations.

Why it matters

• Train more pilots with one aircraft while remaining aligned with future regulatory changes
• Simplified maintenance and high-usage design reduce fleet downtime
• Modern avionics provide real-world training experience that accelerates student learning

Caractéristiques / spécifications techniques

• Model: Voyager™
• Manufacturer / Brand: Pipistrel
• Horsepower: 100 hp (75 kW) — preliminary
• Cruise speed (90% power): 133 KTAS (246 km/h) — preliminary
• Maximum altitude: 18,000 ft (5,486 m) — preliminary
• Maximum range: 740 nm (1,370 km) — preliminary
• Useful load: 552 lb (251 kg) — preliminary
• Avionics: Garmin® AXIS™ glass cockpit
• Intended use: flight training, general aviation; designed for high utilization and simplified maintenance