Cirrus SR22 Range: Discover the Flight Distance and Performance

Exploring the capabilities of private aircraft? The Cirrus SR22 stands as a remarkable achievement in aviation engineering, combining impressive range with cutting-edge technology. Let’s dive into what makes this aircraft a preferred choice for pilots worldwide and examine its true flight distance capabilities.

Understanding the Cirrus SR22 Range

The Cirrus SR22 demonstrates exceptional range capabilities in the single-engine aircraft market, achieving up to 1,100 nautical miles (NM) under optimal conditions. This impressive range allows for extensive cross-country flights with minimal refueling stops.

Model Range (Nautical Miles) Configuration
SR22-G2 907 Seats Full
SR22T (Turbocharged) 1,248 Optimal Conditions

What is the Cirrus SR22?

The Cirrus SR22 represents a milestone in civil aviation with over 8,246 units manufactured. This high-performance utility aircraft features:

  • Advanced composite construction for improved aerodynamics
  • Innovative Cirrus Airframe Parachute System (CAPS) for enhanced safety
  • Spacious cabin accommodating four adults with luggage
  • Powerful Continental IO-550-N engine delivering 310 horsepower

Key Features Influencing Range

The SR22’s impressive range capabilities are supported by several critical features:

  • 81-gallon fuel tank system for extended flight operations
  • Aerodynamic composite airframe reducing drag
  • Advanced avionics for optimal flight profile management
  • Efficient engine technology improving fuel consumption
  • Modern monitoring systems for precise fuel management

Factors Affecting the Flight Distance of the Cirrus SR22

Real-world performance varies based on multiple factors, with the standard SR22 achieving 1,049 NM at 65% power and the SR22T reaching 1,021 NM at 85% power. Key influencing factors include:

  • Aircraft weight and payload configuration
  • Environmental conditions and wind patterns
  • Airport elevation and temperature
  • Runway conditions affecting takeoff performance
  • Power settings and cruise configuration

Fuel Efficiency and Its Impact

Fuel efficiency significantly affects the SR22’s range and operating costs. Optimal performance is achieved through:

  • Flying at altitudes between 8,000 and 12,000 feet
  • Proper leaning techniques improving range by 10-15%
  • Careful weight management and payload planning
  • Strategic power setting selection

Cruise Speed and Range

The SR22-G2 demonstrates the classic speed-versus-range relationship with a normal cruise speed of 180 knots (207 mph). Modern SR22 models feature sophisticated monitoring systems that help pilots optimize their flight profiles for maximum efficiency, whether prioritizing speed or range.

Performance of the Cirrus SR22

The aircraft’s performance specifications showcase its versatility:

  • Climb rate: 1,300 feet per minute
  • Maximum speed: 180 knots (207 mph)
  • Normal cruise speed: 171 knots (196 mph)
  • Service ceiling: 17,500 feet
  • Normal operating range: 659 nautical miles
  • Maximum range: 1,100 nautical miles

Pilot Experience and Aircraft Handling

The Cirrus SR22 delivers an exceptional flying experience that masterfully balances sophisticated performance with intuitive handling. The aircraft’s responsive controls and stable flight characteristics create confidence for pilots transitioning from less powerful aircraft. The innovative side-stick controller enhances cockpit spaciousness while providing precise control feedback.

  • Predictable low-speed handling characteristics
  • Smooth cruise performance reducing pilot fatigue
  • Well-balanced control inputs
  • Spacious cockpit design with side-stick controller
  • Advanced avionics integration for reduced workload

The turbocharged SR22 GTS variant further elevates the flying experience by maintaining performance at higher altitudes. This capability enables pilots to navigate above weather systems and maintain optimal cruise speeds in thinner air. While the aircraft’s high-performance capabilities demand proper training, its forgiving stall characteristics make it accessible to pilots across various experience levels.

Technological Advancements in the SR22

The SR22 marked a revolutionary milestone in 2003 by introducing the Avidyne Entegra primary flight display (PFD), becoming the first aircraft in its class to feature a complete glass cockpit. This innovation has evolved into the current Garmin Perspective avionics suite, offering intuitive touchscreen interfaces and advanced flight management capabilities.

  • Composite airframe construction for superior strength-to-weight ratio
  • Cirrus Airframe Parachute System (CAPS) for emergency recovery
  • Sophisticated envelope protection features
  • Advanced autopilot capabilities
  • Enhanced vision systems
  • Integrated digital displays for improved situational awareness

Comparing the Cirrus SR22 with Other Aircraft

Performance Metric Standard SR22 SR22T (Turbocharged)
Maximum Range 1,049 NM (65% power) 1,021 NM (85% power)
Seats-Full Range 907 NM Similar with adjustments

The SR22’s larger wing design and powerful Continental IO-550-N engine create an impressive performance profile that has maintained its position as the best-selling general aviation airplane since 2003. Under optimal conditions, some models can achieve ranges up to 1,100 nautical miles, though real-world factors typically affect these maximum figures.

How the SR22 Stacks Up Against Competitors

Aircraft Maximum Range (NM) Notable Features
Cirrus SR22 1,049 CAPS, Glass Cockpit
Cessna TTx 1,250 Best Economy
Beechcraft Bonanza 920 Traditional Design

Cost Considerations for Potential Buyers

  • Pre-owned SR22-G2: Approximately $230,000
  • New SR22 models: Exceeding $1 million with advanced options
  • Operating costs include:
    • Fuel consumption rates
    • Regular maintenance requirements
    • Insurance premiums
    • Hangar fees
    • Annual inspections

While the SR22 commands premium pricing in the single-engine aircraft segment, its efficiency and potential tax advantages for business use can offset the higher operating costs, making it a justifiable investment for many pilots and organizations.

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