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Preliminary Design

Pacelab APD

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  • Pacelab APD

Analyzing Preliminary Aircraft Designs Across Disciplines

PACE_Predesign_APD

With a heavy increase in air traffic expected for the next few decades, aircraft and engine manufacturers are looking to give their products a substantial revamp to increase productivity, while making them greener and more efficient. In the race for innovation, preliminary design and optimization capabilities play a critical role paving the way for new and emerging technologies such as electric or hybrid-electric propulsion systems.

Our preliminary aircraft design platform Pacelab APD allows evaluating alternative aircraft configurations in terms of performance, economics and technical risk and helps to assess the impact of technological innovations early in the design process.

Pacelab APD Key Features

  • Rapid setup of aircraft models from resident library or configurator
  • Reversible I/O, one-click selection of complex design cases
  • Seamless integration of proprietary methods
  • Extensible trade study and optimization module
  • Powerful API for coupling external tools (and methods)
  • Efficient (partial) recalculation of the equation system

Benefits of Pacelab APD

clock Save time to evaluate a wider range of design alternatives

 gear-1 Focus on engineering not programming

  checklist  Assess key metrics and risks early on

 tools  Leverage existing tools and methods

  investment Back up investment and technology decisions

Application Image Gallery

PacelabAPD_ApplicationWindow
PacelabAPD_2DDrawing
PacelabAPD_ConfigUndercarriage
PacelabAPD_WingType
PacelabAPD_ClassesPAX
PacelabAPD_DynamicFlightMission
PacelabAPD_ParametricModel
PacelabAPD_PayloadRange
PacelabAPD_ChartSpeedSchedule
PacelabAPD_ChartAltCapabilities
PacelabAPD_DetailedTakeoffChart
PacelabAPD_LowSpeedLift
PacelabAPD_ChangingUnits
PacelabAPD_ApplicationWindow
PacelabAPD_2DDrawing
PacelabAPD_ConfigUndercarriage
PacelabAPD_WingType
PacelabAPD_ClassesPAX
PacelabAPD_DynamicFlightMission
PacelabAPD_ParametricModel
PacelabAPD_PayloadRange
PacelabAPD_ChartSpeedSchedule
PacelabAPD_ChartAltCapabilities
PacelabAPD_DetailedTakeoffChart
PacelabAPD_LowSpeedLift
PacelabAPD_ChangingUnits
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  • "Pacelab APD/SysArc enables us to model and evaluate a much larger number of concepts pushing the boundaries of the design space. The software also makes it easy to share project data, geometries and methodology with academic and industry partners all over the world."

    Christopher Jouannet, Principal Engieer, Advanced Design

    SAAB

  • "With SysArc and APD Safran is able to define, analyse and optimize fully integrated systems in an accurate fashion. The suite allows for localized sub-system/architecture assessments together with an understanding of the aircraft level outcome.Safran studies range from gauging the impact of novel engine off-take configurations to investigating the feasibility of advanced dual-energy propulsion concepts."

    Dr. Yann Fefermann, Advanced Systems Architecture and Integration Specialist

    Energy & Propulsion department, Safran Tec

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PACE Aerospace & IT

Am Bahnhof Westend 13, 14059, Berlin Germany

Phone

+49 30 29362-0

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+49 30 29362-111

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Founded in 1995, PACE has built a reputation for developing trailblazing software products, which took us from university spin-off to international market player and partner of choice for leading aerospace and aviation companies.

 

As part of TXT e-solutions, the company engages in aerospace and aviation niches such as aircraft preliminary design, aircraft interior configuration, flight profile optimization and extended reality training.

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