Page 54 - Research Report 2021 - Institut für Leichtbau und Kunststofftechnik
P. 54

Fostesa


               Development of a saddle tree adapted to the individual horse's back
               in terms of shape and stiffness



               Riding saddles are often selected by experience according to established siz-  Period
               ing systems depending on the intended use (dressage, show jumping, etc.)   01.07.2018 – 31.03.2021
               as well as the individual characteristics of the horse and rider (size, build,
               etc.). An important component of the saddle is the saddle tree inside, which   Project management
               has load-bearing and form-giving functions. For currently available saddles,   Prof. Dr.-Ing. Niels Modler
               changes to the saddle tree geometry to adapt it to the shape of the horse's
               back are often only possible to a limited extent. Further fine adjustments are   Contact
               mainly made by saddle upholstery work.                           Dr.-Ing. Robert Gottwald

               The aim of the Fostesa cooperation project, which was completed in 2021, was   Project partners
               to develop an innovative saddle tree that is adapted to the individual horse's   Sattlerei Thomas Büttner (STB)
               back in terms of shape and stiffness. Special attention was paid to the real-
               isation of a continuous development chain from individual data acquisition   Funding
               of the horseback geometry to experimental mechanical tests and calculation
               simulations of saddle tree structures to the development of the manufactur-
               ing technology by rapid prototyping process. With the 3D scanning processes
               and data processing solutions developed, new principles were created for as-
               sessing the manufacturing and thus the fitting accuracy of saddle trees. The
               novel saddle tree was tested experimentally with a specially developed testing
               device for stiffness analysis and physical simulation of long-term behaviour,   Federal Ministry for Economic Affairs and
               and its high potential was demonstrated.                         Climate Action (BMWK): Central Innovation
                                                                                Programme for SMEs (ZIM)
                                                                                Funding code: ZF4024709SU8
                                                                                Managed by:




                                                                                AiF Projekt GmbH, Subsidiary of the
                                                                                German Federation of Industrial Research
                                                                                Associations “Otto von Guericke” e. V. (AiF)




















                                                       © Photo (Horse): STB

               Acquired solutions for the development of a novel saddle tree.














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