The Gulfstream Symmetry Flight Deck

The Gulfstream Symmetry Flight Deck introduces active control sidesticks that provide tactile feedback and full cross-cockpit awareness, fundamentally enhancing crew coordination and safeguarding against unintended or conflicting control inputs.

This cockpit represents a purpose-built command environment engineered to support the highest levels of operational safety, situational awareness, and decision authority.

This advanced control architecture is seamlessly integrated with intuitive touch-screen avionics that are paired with Phase-of-Flight intelligence, dynamically prioritizing information, automating configuration sequencing, and streamlining checklist logic to reduce pilot workload and compress aircraft startup timelines.

Further elevating cockpit capability, the Combined Vision System (CVS), presented on the dual head-up displays, significantly enhances situational awareness in all visibility conditions while expanding access to airports previously constrained by environmental or operational limitations.

Complementing this is a Predictive Landing Performance System, which delivers real-time landing performance calculations to support precise, data-driven decisions at critical phases of flight.

Rolls-Royce Engines

This aircraft has two Rolls-Royce Pearl 700 Engines that deliver exceptional thrust-to-efficiency performance, leveraging advanced materials, higher overall pressure ratios, and optimized aerodynamics to reduce specific fuel consumption while maintaining robust margins across all operating regimes.

This propulsion efficiency is further amplified by the G700’s aerodynamically optimized fuselage and wing design, which minimizes drag and maximizes lift-to-drag efficiency at both long-range cruise and high-speed profiles.

The result is not only lower fuel burn per nautical mile, but a broader operational envelope that supports extended range, higher cruise altitudes, and consistent performance in diverse environmental conditions.

From a command perspective, this translates into predictable power response, optimized flight planning flexibility, and a platform that delivers superior overall operability.