Altitude Classifications
Categories- Medium Altitude: Medium altitude aircraft balance performance across moderate elevation ranges
- Ultra High Altitude: Ultra high altitude aircraft operate at extreme elevations with specialized equipment
- High Altitude: High altitude aircraft operate effectively at elevated altitudes with specialized systems
- Low Altitude: Low altitude aircraft excel in operations closer to ground level
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- Manufacturer 🏢ATRSeating Capacity 👥74 seatsEngine Type ✈TurbopropFuel Efficiency ⛽4.5 nautical miles per gallonPros ➕Low Operating Costs, Simple Maintenance and Good For Short RunwaysCons ➖Speed Limitations & Weather Sensitive
- Manufacturer 🏢AirbusSeating Capacity 👥220 seatsEngine Type ✈TurbofanFuel Efficiency ⛽2.8 nautical miles per gallonPros ➕Versatile Design, Good Range and Reliable OperationsCons ➖Limited Production, Aging Fleet and Higher Maintenance Costs
- Manufacturer 🏢BAeSeating Capacity 👥112 seatsEngine Type ✈TurbofanFuel Efficiency ⛽2.2 nautical miles per gallonPros ➕Low Noise Levels & Short Runway UseCons ➖High Maintenance & Fuel Consumption
- Manufacturer 🏢DornierSeating Capacity 👥32 seatsEngine Type ✈TurbofanFuel Efficiency ⛽1.4 nautical miles per gallonPros ➕Short Runway Capability & Quick TurnaroundCons ➖Limited Capacity & Production Ended
- Manufacturer 🏢ATRSeating Capacity 👥48 seatsEngine Type ✈TurbopropFuel Efficiency ⛽3.8 nautical miles per gallonPros ➕Low Operating Costs, Short Runway Capable and ReliableCons ➖Speed Limitations & Weather Sensitive
- Manufacturer 🏢BombardierSeating Capacity 👥50 seatsEngine Type ✈TurbofanFuel Efficiency ⛽2.1 nautical miles per gallonPros ➕Low Operating Cost, Quick Turnaround and ReliableCons ➖Limited Cabin Space & Limited Range
- Manufacturer 🏢BoeingSeating Capacity 👥230 seatsEngine Type ✈TurbofanFuel Efficiency ⛽3.6 nautical miles per gallonPros ➕Fuel Efficient & Modern AvionicsCons ➖Safety Concerns & Public Perception
- Manufacturer 🏢AirbusSeating Capacity 👥266 seatsEngine Type ✈TurbofanFuel Efficiency ⛽2.5 nautical miles per gallonPros ➕Proven Design, Cargo Capability and DurableCons ➖Dated Technology & High Maintenance
- Manufacturer 🏢ATRSeating Capacity 👥48 seatsEngine Type ✈TurbopropFuel Efficiency ⛽3.2 nautical miles per gallonPros ➕Low Operating Costs, Short Runway Capability, Robust Design, Fuel Efficient and Short Runway CapableCons ➖Limited Speed, Weather Sensitivity, Limited Range and Speed Restrictions
- Manufacturer 🏢MitsubishiSeating Capacity 👥92 seatsEngine Type ✈TurbofanFuel Efficiency ⛽2.1 nautical miles per gallonPros ➕Advanced Avionics & Quiet CabinCons ➖Development Delays & Limited Production
- Manufacturer 🏢LockheedSeating Capacity 👥400 seatsEngine Type ✈TurbofanFuel Efficiency ⛽2 nautical miles per gallonPros ➕Advanced Systems, Passenger Comfort and Safety FeaturesCons ➖Complex Maintenance, Limited Production and Spare Parts
- Manufacturer 🏢ATRSeating Capacity 👥70 seatsEngine Type ✈TurbopropFuel Efficiency ⛽3.4 nautical miles per gallonPros ➕Low Operating Costs & Short Runway CapabilityCons ➖Speed Limitations & Weather Sensitivity
- Manufacturer 🏢BoeingSeating Capacity 👥172 seatsEngine Type ✈TurbofanFuel Efficiency ⛽2.4 nautical miles per gallonPros ➕Reliable Operation, Low Acquisition Cost and Proven DesignCons ➖Fuel Consumption, Engine Noise and Aging Technology
- Manufacturer 🏢ComacSeating Capacity 👥190 seatsEngine Type ✈TurbofanFuel Efficiency ⛽2.8 nautical miles per gallonPros ➕Cost-Effective, New Technology and Simple MaintenanceCons ➖Limited Track Record & Range Limitations
- Manufacturer 🏢BombardierSeating Capacity 👥50 seatsEngine Type ✈TurbofanFuel Efficiency ⛽1.8 nautical miles per gallonPros ➕Cost Effective, Quick Boarding and Efficient OperationsCons ➖Small Cabin & Limited Baggage Space
- Manufacturer 🏢BoeingSeating Capacity 👥130 seatsEngine Type ✈TurbofanFuel Efficiency ⛽2.2 nautical miles per gallonPros ➕Proven Design, Low Operating Cost and Simple SystemsCons ➖Noisy & Higher Fuel Consumption
- Manufacturer 🏢AntonovSeating Capacity 👥99 seatsEngine Type ✈TurbofanFuel Efficiency ⛽1.7 nautical miles per gallonPros ➕Robust Design & High ReliabilityCons ➖Political Challenges & Limited Support
- Manufacturer 🏢BoeingSeating Capacity 👥135 seatsEngine Type ✈TurbofanFuel Efficiency ⛽2 nautical miles per gallonPros ➕Simple Maintenance, Robust Design and Quick TurnaroundCons ➖Limited Range & Older Technology
- Manufacturer 🏢SukhoiSeating Capacity 👥108 seatsEngine Type ✈TurbofanFuel Efficiency ⛽2.5 nautical miles per gallonPros ➕Competitive Price, Modern Cockpit and Good PerformanceCons ➖Limited Global Support & Political Concerns
- Manufacturer 🏢FokkerSeating Capacity 👥109 seatsEngine Type ✈TurbofanFuel Efficiency ⛽2.5 nautical miles per gallonPros ➕Passenger Comfort, Good Range and Low NoiseCons ➖Limited Production & Parts Availability
- Manufacturer 🏢BoeingSeating Capacity 👥189 seatsEngine Type ✈TurbofanFuel Efficiency ⛽2.1 nautical miles per gallonPros ➕Revolutionary Design, Long Range and Historic ValueCons ➖Fuel Inefficient, Noisy and Outdated Systems
- Manufacturer 🏢British AerospaceSeating Capacity 👥112 seatsEngine Type ✈TurbofanFuel Efficiency ⛽2.3 nautical miles per gallonPros ➕Quiet Operations, Short Field Performance and High Wing DesignCons ➖High Maintenance & Fuel Consumption
- Manufacturer 🏢COMACSeating Capacity 👥90 seatsEngine Type ✈TurbofanFuel Efficiency ⛽1.6 nautical miles per gallonPros ➕Low Acquisition Cost & Domestic SupportCons ➖Limited International Presence & Newer Technology
- Manufacturer 🏢McDonnell DouglasSeating Capacity 👥380 seatsEngine Type ✈TurbofanFuel Efficiency ⛽1.8 nautical miles per gallonPros ➕Good Range, Cargo Capacity and Passenger ComfortCons ➖High Maintenance, Fuel Inefficiency and Dated Systems
- Manufacturer 🏢TupolevSeating Capacity 👥180 seatsEngine Type ✈TurbofanFuel Efficiency ⛽1.8 nautical miles per gallonPros ➕Robust Construction, Short Field Capable and All-Weather OperationsCons ➖High Fuel Consumption, Noise Levels and Maintenance Intensive
Facts about Altitude Classifications