Simulator Hardware Hardware Rankings
MSFS
High-End

Obutto Revolution Cockpit

Obutto · Sim Seat

Check Price →

This page contains affiliate links — as an Amazon Associate we earn from qualifying purchases.

MSFS Performance Score

84 / 100
MSFS Score
Sim Seat · Obutto
High-End
Value score 4.94 per $100 spent
Mount Compatibility (30%) 100
Adjustability (25%) 90
Build Quality (25%) 90
Footprint (10%) 50
Value (10%) 40

Obutto Revolution Cockpit scores 84.0/100; mountCompatibility (30% weight) is the dominant factor at 100/100.

Verdict for MSFS

The Obutto Revolution Cockpit scores 84.0/100 for MSFS, with a 100/100 mount compatibility score that lets you bolt any yoke, throttle quadrant, or rudder pedal configuration directly to the frame for dense photogrammetry approaches without hardware shifting mid-input. Built for sim pilots who want a dedicated, adjustable rig, its large footprint rules it out for anyone without dedicated sim space.

Reviewed: March 2026

Full Specifications

Connection N/A
Force Feedback No
Axis Count 0
Button Count 0
Compatibility PC
Release Year 2022

Pros & Cons for MSFS

Pros

  • ↑ Full metal construction absorbs aggressive rudder input torque during crosswind ILS approaches at KLGA or EGLL without the frame walking or flexing — at this price tier, most alternatives rely on hybrid plastic-metal builds that develop play in the mounting arms over time.
  • ↑ Universal mount compatibility scores 100/100, meaning your existing Honeycomb yoke, Virpil throttle, or Thrustmaster rudder pedals bolt directly to dedicated mounting points without adapter plates or improvised rigging — critical when reconfiguring between GA and airliner setups in MSFS.
  • ↑ Height and position adjustability scores 90/100, letting you dial in eye-level alignment for VR headset comfort during long VFR cross-country legs or high-detail city flyovers — removing the neck fatigue that comes from a fixed-seat rig when you're two hours into a photogrammetry tour of Tokyo or Manhattan.

Cons

  • ↓ The large, non-compact footprint becomes a real problem when you need to pack up between sessions — this rig does not fold down, so if your sim space doubles as living space, you will be working around it constantly rather than storing it.
  • ↓ No integrated force feedback or motion platform capability, which the next tier up begins to offer — during turbulence events or stall buffet in MSFS's live weather system, you get zero tactile confirmation, leaving you entirely dependent on your instruments and screen rather than any physical cue from the seat itself.

Frequently Asked Questions

Is this a good Sim Seat for MSFS?
84.0/100 for MSFS makes the Obutto Revolution Cockpit one of the stronger fixed-rig options in the premium category. It excels when you're running a full panel setup — yoke, throttle quadrant, and rudder pedals all mounted and locked in position for consistent control geometry during complex approaches into photogrammetry airports like KSFO or EGLL with live traffic loaded. Where it shows limits is in VR sessions that demand positional flexibility mid-flight, where even its 90/100 adjustability score won't substitute for a motorized or motion-capable seat when MSFS's turbulence modeling is active.
Is it worth the price for MSFS?
At the premium tier, most cockpit frames trade either rigidity or mount flexibility — the Revolution's full metal construction and 100/100 mount compatibility score put it among the few that deliver both without compromise. If your peripheral collection includes a mix of yokes, sticks, and throttle quadrants that you rotate between aircraft types in MSFS, the universal mounting system alone justifies the tier over lighter-duty alternatives that require workarounds for non-native hardware.
What should I look for in a Sim Seat for MSFS?
Mount compatibility is the single most critical factor for a sim cockpit seat in MSFS because the sim rewards precise, consistent hardware positioning — a yoke that shifts even slightly between sessions changes your muscle memory on final approach into a challenging strip like KASE or during an ILS in zero-visibility conditions. Adjustability matters nearly as much because MSFS's VR implementation requires your eye position to stay within a narrow comfort band across long sessions, and a seat that can't be repositioned for different headsets or pilot heights will cause drift fatigue before you complete a transatlantic leg. The Obutto Revolution Cockpit's 84.0/100 overall score reflects its 100/100 mount compatibility and 90/100 adjustability — two specs that align directly with what MSFS's hardware-intensive, VR-capable environment demands from a dedicated rig.
Is the Obutto Revolution Cockpit compatible with MSFS?
The Obutto Revolution Cockpit is a physical mounting frame with no USB connection or driver requirement — it is inherently compatible with MSFS on PC and does not appear in MSFS's controller detection screen. Compatibility is determined entirely by the flight controls you mount to it, each of which will need their own axis binding within MSFS's Controls Options for primary axes, throttle detent position, toe brake axes, and any additional mapped functions.
How should I configure this in MSFS?
For the controls mounted to this rig, set sensitivity curves to a slight positive curve (around +15 to +20 in MSFS's sensitivity slider) to smooth out center-stick or yoke deadband without losing authority at full deflection during steep turns or go-around maneuvers. Apply a 3–5% dead zone on primary pitch and roll axes and a 5% null zone on rudder pedal inputs to eliminate any mechanical center slop from your mounted hardware, keeping taxi tracking and final approach corrections clean without phantom drift inputs.

Compare Alternatives

Next Level Racing F-GT Elite Simulator Cockpit vs Obutto Revolution Cockpit

Compare →

Next Level Racing Flight Simulator Boeing Heavy Package vs Obutto Revolution Cockpit

Compare →

Obutto Revolution Cockpit vs Playseat Challenge X Logitech G Edition

Compare →
Compare with something else