Jaipur International Airport (ICAO: VIJP) is the primary airport serving the capital city of Rajasthan, located in the northwestern part of India. Known for its distinctive pink city charm, Jaipur Airport is a key gateway to one of India's most popular tourist destinations.
The airport handles over 4 million passengers annually and features both domestic and limited international services. IndiGo, Air India, and Akasa Air operate frequent regional flights to metros like Delhi, Mumbai, and Bangalore, while international carriers connect Jaipur to destinations such as Dubai, Muscat, and Sharjah. It's an ideal location to fly narrow-body aircraft like the A320 or 737 on short to medium-haul routes across the subcontinent and beyond.
This scenery has been carefully developed by SkyMatrix Studios, a passionate team focused on delivering immersive and high-quality airport environments for Microsoft Flight Simulator.
What can you expect?
Every inch of the airside environment has been handcrafted, with custom textures for runways, aprons, taxiways, and service roads that reflect the vibrant, real-world feel of Jaipur.
The landside area has been thoughtfully recreated with local signage, vegetation, barriers, and details that bring the terminal surroundings to life.
Dynamic and realistic lighting has been implemented across the airport, enhancing the atmosphere during day, night, and every transition in between.
All terminal buildings, hangars, and airport structures have been accurately modeled to capture the design and character of Jaipur International Airport.
The airport layout is fully up to date with the latest real-world configurations, including stand placements, taxi routes, and ground markings.
All assets have been optimized with carefully tuned Level of Detail (LOD) models to ensure smooth performance across a wide range of hardware.
The scenery takes advantage of the latest Microsoft Flight Simulator SDK features to deliver improved materials, lighting, and overall visual quality.
Taxiway signage has been custom-created to closely match real-world placement and appearance, aiding accurate ground navigation.