LONDON — In the high-stakes, fast-moving world of private aviation and air cargo chartering, the margin between winning a lucrative contract and losing a deal to a competitor often comes down to minutes—and fractions of a percentage point in cost accuracy. Recognizing this perpetual industry bottleneck, charter technology innovator Aerios has unveiled a groundbreaking system designed to drastically accelerate and refine fuel burn calculations for commercial quotations.
The newly launched capability seamlessly integrates three of the aviation industry’s most prominent Flight Planning Systems (FPS): Jeppesen ForeFlight, PPS, and Airbus NAVBLUE N-FP. By bridging the gap between operational flight planning and commercial sales, Aerios is empowering charter brokers and sales teams to bypass traditional administrative delays, eliminating the age-old compromise between speed and accuracy.
Main Facts: Bridging the Gap Between Sales and Operations
At its core, the new Aerios system transforms how air charter quotations are generated. Historically, commercial sales teams and dispatch departments operated in silos. When compiling a quote for a client, brokers faced a difficult dilemma: rely on a "rough but fast estimate" of fuel burn—often derived from simplified geometric calculations—or wait for dispatchers to run detailed flight plans, risking the loss of time-sensitive business opportunities.
The Aerios integration directly solves this by importing critical flight planning data straight into the quoting workflow. The system automatically pulls in:
- Aircraft performance metrics
- Specific flight routing configurations
- Real-time weather and wind forecasts
- Precise block times
- Accurate fuel burn projections
Once this operational data is secured, Aerios cross-references the projected fuel burn with carrier-specific fuel pricing models to instantly calculate comprehensive, real-time fuel costs. Furthermore, the platform offers robust pricing flexibility, enabling users to maintain pre-negotiated contracted fuel prices, bulk-import updated supplier pricing via CSV files, or execute manual overrides on a flight-by-flight basis.
This latest feature represents a monumental leap forward for a platform that has experienced an aggressive wave of technological advancement throughout 2026, positioning itself as an indispensable digital infrastructure provider for the global air charter community.
Chronology: A Year of Rapid Technological Expansion
The introduction of the integrated flight planning and fuel calculation module is not an isolated upgrade; rather, it serves as the latest milestone in an aggressive, multi-phase technology rollout by Aerios throughout 2026. A chronological review of the company’s recent strategic developments highlights a concerted effort to build an end-to-end, automated ecosystem for air charter professionals:
- January 2026: Aerios kicked off the year by launching an advanced Artificial Intelligence (AI) module. Designed to radically reduce administrative overhead, the AI tool automates initial responses to incoming air charter requests, sorting through unstructured data and drafting tailored quotes in a fraction of the time previously required.
- February 2026: Expanding its digital footprint into air cargo logistics, Aerios partnered with digital booking portal provider CargoAi. This strategic collaboration integrated real-time rate and capacity data directly into the Aerios quoting interface, giving brokers unprecedented visibility over market rates.
- April 2026: Continuing its expansion into heavy cargo operations, Aerios integrated a sophisticated Unit Load Device (ULD) and pallet optimization tool into its carrier application. This tool addressed persistent cargo loadability issues, allowing operators to calculate volumetric efficiency and weight distribution instantaneously.
- Mid-2026 (Present): The integration of Jeppesen ForeFlight, PPS, and Airbus NAVBLUE N-FP marks the culmination of the company’s mid-year roadmap, tying together aircraft performance, routing, and fuel economics into a unified, lightning-fast commercial workflow.
Supporting Data: The High Cost of Simplified Estimations
To understand the profound impact of the Aerios integration, one must examine the mathematical and operational discrepancies inherent in traditional charter quoting methods.
According to industry data highlighted by Aerios, sales teams operating without integrated flight planning tools have historically relied on direct routing (DCT) and Great Circle Distance (GCD) calculations. These methods depend on "simplified routing assumptions"—essentially drawing a straight line between the origin and destination airports while applying generalized cruise profiles.
However, in the real world of aviation, aircraft rarely fly in straight lines. Air Traffic Control (ATC) restrictions, mandatory airways, geopolitical airspace avoidances, and dynamic meteorological conditions—such as high-altitude jet streams and headwinds—frequently force aircraft to deviate significantly from the Great Circle path.
Precision and Margin Enhancement
- 10% to 15% Precision Gap: Industry analyses indicate that simplified routing assumptions can materially underestimate actual flight times and fuel burn by 10% to 15%.
- The Over/Under Trap: Underestimating fuel burn can severely erode profit margins—or turn a profitable charter flight into a loss-maker—once actual fuel invoices are tallied. Conversely, overquoting to build in an arbitrary safety buffer often prices operators entirely out of the competitive bidding process.
- Operational Fidelity: By utilizing detailed routing sourced directly from platforms like ForeFlight, PPS, and NAVBLUE N-FP, sales teams achieve a 10–15% enhancement in precision. They gain a hyper-realistic view of the actual route, real-world block times, and exact fuel consumption before a single contract is sent to a client.
Official Responses: Industry Leaders Speak on Market Realities
The commercial pressures facing the charter market are acute, driven by persistent macroeconomic volatility, fluctuating jet fuel prices, and heightened client expectations. Leadership at Aerios emphasizes that software solutions must directly address these ground-level commercial realities.
Simon Watson, Founder and Chief Executive Officer of Aerios, did not mince words when discussing the delicate balancing act required by modern sales organizations:
"With jet fuel prices remaining stubbornly high and the charter market experiencing soft demand patches, accuracy matters more than ever. Sales teams simply cannot afford to wait around for Dispatch to run manual numbers—only to overquote and lose the opportunity, or underquote and severely erode their operational margin."
Watson elaborated on the traditional workflow friction that has plagued the sector for decades. In conventional setups, a broker fielding an urgent request must manually toggle between disparate, non-communicating software systems. Alternatively, they must place phone calls or send emails to internal dispatch departments, introducing fatal delays into the sales pipeline.
"Striking the right balance between speed and accuracy can quite literally make or break a deal," Watson noted. "Our new system eliminates the friction between the sales desk and the flight dispatch office, giving commercial teams operational-grade data wrapped in a sales-friendly interface."
Implications: Reshaping the Future of Air Charter Sales
The broader implications of Aerios’ latest technological integration extend far beyond individual transaction efficiencies, pointing toward a structural evolution in how air charter brokers, operators, and cargo forwarders conduct business.
1. The Death of the Manual Bottleneck
For years, the operational firewall between sales and dispatch has been accepted as an immutable law of aviation business. Sales teams sold the flight; dispatchers figured out how to fly it later. By collapsing this timeline, Aerios is proving that commercial responsiveness and operational rigor can coexist in real-time. Brokers can now quote complex multi-leg journeys with the same level of fuel-burn confidence that a chief dispatcher expects.
2. Risk Mitigation in a Volatile Fuel Environment
Jet fuel remains one of the single largest variable operating expenses for any aircraft operator. In an era marked by geopolitical instability and shifting energy markets, locking in precise fuel burn data tied directly to dynamic supplier pricing or contracted rates serves as an essential financial safeguard. Companies utilizing automated multi-system integrations insulate themselves against the hidden losses that accumulate from inaccurate quoting.
3. Consolidation of the Tech Stack
The modern aviation technology landscape has long suffered from fragmentation, with operators juggling separate software suites for scheduling, cargo optimization, pricing, and flight planning. Through its aggressive integration strategy—linking CargoAi for rates, AI modules for inquiry triage, ULD tools for loadability, and now ForeFlight, PPS, and NAVBLUE for flight planning—Aerios is effectively constructing an all-in-one operating system for the modern air charter enterprise.
4. Competitive Advantage for Early Adopters
As client demands shift toward instantaneous responses and transparent pricing, brokerages and operators slower to modernize risk falling behind. Those equipped with real-time, high-precision quoting engines will consistently outpace competitors who remain tethered to manual calculations and legacy spreadsheets.
Conclusion
Aerios’ integration of major Flight Planning Systems into its streamlined quoting workflow marks a critical turning point for air charter technology. By successfully marrying operational depth with commercial velocity, the company has provided the industry with a vital tool to navigate complex market conditions. As air charter businesses continue to seek out operational efficiencies and margin protection, platforms that bridge the historic divide between sales and dispatch will undoubtedly define the future of private aviation and air cargo logistics.
