The Future of Total
Trajectory Optimization
Trajectory Optimization
EFP APPLICATION FOR PILOTS
The Future of Total
Trajectory Optimization
Trajectory Optimization
EFP APPLICATION FOR PILOTS

Fpo is used by top airlines and innovation leaders around the globe to empower their flight crews and to support their sustainability drives. The efficiency gains delivered by operating with optimized lateral and vertical flight profiles and speeds help to reduce the emissions of CO2 and other harmful pollutants and significantly impact airlines’ environmental footprint.
Built for the
Flight Deck
At-a-Glance Situational Awareness
Flight Optimization, Explained
Ready-to-Use FMS Inputs
Cockpit-ready Interface
Supports All Phases of Flights
Bridging the Gap
Ready-to-Use FMS Inputs
data displayed on FPO useful
Overall
Rating
What They Say
About Us
Captain Andreas Ritter
Head of EFB and Captain A340
“Lufthansa sees great potential in en-route flight profile optimization. With Pacelab FPO, we can save a few hundred kilograms per long-haul flight.”
Captain Chuck Cook
Director Communications, Navigations, Surveillance and Technical Programs at JetBlue.
Henri Lonn
Development Support Manager at Finnair Flight Operations
“Our fuel efficiency project led us to identify in-flight vertical profile optimization as a promising area, which had been untapped to date because of technical limitations of the flight planning and flight management systems.
We Built our business case on the demostrated fuel and time savings, also taking into account the resources saved in the OCC if they no longer needed to support flight crews with in-flight calculations.”
Hilmar B. Baldursson
VP Flight Operations at Icelandair
“Long-haul flights are particularly prone to unplanned flights conditions, which compromise operational efficiency.
In such situations, Pacelab Flight Profile Optimizer will help our pilots assess their options and choose the most economical way of completing the flight”
Captain Brian Beres
Senior Director for Flight Standards and Qualifications at Hawaiian Airlines.
“FPO has been instrumental in helping determine the safest, most comfortable and efficient route on every flight. [...] This menas guest arrive on our islands well restend and on time to begin their vacation, while we further reduce our environmental footprint.”

Integrated Weather Layers. Operational Confidence.
Convective weather, CAT, wind shear, mountain waves, turbulence, SIGMETs—if it matters, it’s modeled.
FPO integrates high-resolution forecast, real-time and nowcast data from trusted providers including DTN, DWD, WSI, and WxFusion, displayed through dedicated, aviation-specific layers. Every lateral, vertical, or speed advisory is generated with these weather hazards in mind.
The result: more confident decisions, smoother rides, and fewer surprises enroute.
Integrated Weather Layers. Operational Confidence.
Convective weather, CAT, wind shear, mountain waves, turbulence, SIGMETs—if it matters, it’s modeled.
FPO integrates high-resolution forecast, real-time and nowcast data from trusted providers including DTN, DWD, WSI, and WxFusion, displayed through dedicated, aviation-specific layers. Every lateral, vertical, or speed advisory is generated with these weather hazards in mind.
The result: more confident decisions, smoother rides, and fewer surprises enroute.

IATA Turbulence Aware Integration
FPO supports full integration with IATA Turbulence Aware platform, enabling access to crowdsourced, real-time turbulence observations directly within the application.

Future-Proofed with Contrail Optimizing and Avoidance Capability
FPO is equipped to support contrail mitigation strategies in partnership with cloud providers and environmental research initiatives. Using real-time humidity and temperature data at flight level, the system can identify contrail-forming airspace and suggest tactical adjustments to reduce the environmental impact of high-altitude operations.


Future-Proofed with Contrail Optimizing and Avoidance Capability
FPO is equipped to support contrail mitigation strategies in partnership with cloud providers and environmental research initiatives. Using real-time humidity and temperature data at flight level, the system can identify contrail-forming airspace and suggest tactical adjustments to reduce the environmental impact of high-altitude operations.
Integrated Weather Layers. Operational Confidence.
Convective weather, CAT, wind shear, mountain waves, turbulence, SIGMETs—if it matters, it’s modeled.
FPO integrates high-resolution forecast, real-time and nowcast data from trusted providers including DTN, DWD, WSI, and WxFusion, displayed through dedicated, aviation-specific layers. Every lateral, vertical, or speed advisory is generated with these weather hazards in mind.
The result: more confident decisions, smoother rides, and fewer surprises enroute.
IATA Turbulence Aware Integration
FPO supports full integration with IATA Turbulence Aware platform, enabling access to crowdsourced, real-time turbulence observations directly within the application.
This empowers pilots with actual encounter-based turbulence data, complementing forecasts and enhancing in-flight situational awareness.
Future-Proofed with Contrail Optimizing and
Avoidance Capability
FPO is equipped to support contrail mitigation strategies in partnership with cloud providers and environmental research initiatives. Using real-time humidity and temperature data at flight level, the system can identify contrail-forming airspace and suggest tactical adjustments to reduce the environmental impact of high-altitude operations.
See what your FMS is missing.
Contact us today and start a free trial.
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