Click here for official Manuals for the Boom XB-1 in Microsoft Flight Simulator 2024

‍

The Boom XB-1, known as “Baby Boom,” is a supersonic technology demonstrator developed to validate the design and systems for Boom Supersonic’s Overture airliner. It is a single-seat, trijet aircraft built with advanced lightweight materials and designed to test aerodynamics, propulsion, and flight control technologies at supersonic speeds. In flight testing, the XB-1 successfully exceeded Mach 1, marking a major milestone for privately developed civil supersonic aircraft. The data and experience gained from the XB-1 program directly support the development of the next generation of commercial supersonic travel.

FlightFX is extremely grateful to have worked alongside the exceptionally talented Working Title team and the aerospace pioneers at Boom Aviation to bring the XB-1 to Microsoft Flight Simulator 2024. Experience the future now in Microsoft Flight Simulator 2024!

‍

‍

Flight Physics
● State of the art custom supersonic flight model built specifically for the Boom XB-1
 ○ Accurate transonic and supersonic aerodynamic simulation
 ○ Realistic high-speed stability and control characteristics
 ○ Authentic hydraulic flight control response with pilot-adjustable damping systems
● Advanced experimental aircraft control systems
 ○ Functional Aileron Rudder Interconnect (ARI) system for coordinated turns
 ○ Adjustable yaw, roll, and pitch dampers to reduce oscillations
 ○ Simulated Q-Feel and roll ratio control systems replicating real-world hydraulic control feel
● Triple-engine propulsion simulation
 ○ Individual engine management for left, center, and right engines
 ○ Functional afterburner operation with variable nozzle simulation
 ○ Accurate engine start logic including pneumatic spool-up requirements

Avionics and Systems
● Bespoke Boom XB-1 avionics suite developed in collaboration with Working Title
 ○ Custom multifunction display (MFD) with Overview, Engine Start, Fuel, Landing Gear, and FLVS pages
 ○ Real-time fuel totalizer, center of gravity, and bingo fuel calculations
 ○ Crew Alerting System (CAS) with advisory, caution, and warning messages
● Advanced Working Title avionics integration
 ○ Fully interactive Avidyne IFD550/540 flight management systems
 ○ Synthetic Vision System (SVS) support
 ○ Interactive moving map and terrain awareness displays
 ○ Flight planning with SID, STAR, and approach procedure support
 ○ Direct-To navigation and radio frequency management
 ○ Integrated chart viewing capability
● Realistic electrical and hydraulic systems
 ○ Simulated multi-bus electrical architecture with battery and generator management
 ○ Dual hydraulic systems with backup hydraulic pump functionality
 ○ Functional antiskid braking logic and hydraulic pressure monitoring
● Forward Looking Vision System (FLVS)
 ○ Synthetic runway vision system for high nose attitude landings
 ○ Nose gear-mounted forward vision simulation for taxi, takeoff, and landing operations

Visual Modeling
● Highly detailed Boom XB-1 exterior model
● Realistic animated landing gear, gear doors, and control surfaces
● Accurate afterburner visual effects and nozzle animations
● Fully modeled experimental supersonic cockpit environment
● Detailed multifunction and avionics displays modeled after the real aircraft

Audio
● Custom triple-engine turbojet audio environment
● Realistic afterburner and high-power engine sound simulation
● Immersive cockpit switch, warning, and environmental audio
● Dynamic aerodynamic and high-speed flight soundscape

Misc
● Fully interactive cold-and-dark startup experience
● Manual flight focused design with no autopilot or autothrottle systems
● Realistic experimental aircraft operating procedures and systems management
● Detailed fuel transfer and center of gravity simulation
● Instrument approach capability including ILS integration with FLVS support
● Designed to accurately recreate the challenges of experimental supersonic flight testing

‍