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Aircraft/avionics King Kea 130a 35k Encoding Altimiter (p/n: 066-3064-05) on 2040-parts.com

US $1,967.77
Location:

Los Lunas, New Mexico, United States

Los Lunas, New Mexico, United States
Unit is as removed. Will need OH and Cert. From our Fleet Aircraft and Dry Storage Unit.
Brand:King Country/Region of Manufacture:United States Manufacturer Part Number:066-3064-05 Make:King Warranty:No

 King KEA 130A 35K Encoding Altimeter from our Fleet Aircraft and Dry Storage Unit.  Will need OH and Cert.

Webinars: Technical Surfacing from Autodesk

Mon, 06 Sep 2010

Autodesk's Technical Surfacing webinar, presented by Uwe Rossbacher, Product Manager for NURBS Modeling/Technical Surfacing at the Manufacturing Solutions Division of Autodesk, was presented on September 21, 2010. The webinar was an introduction to professional NURBS* surfacing and a demonstration of how to evaluate surfaces and users' own level of surfacing expertise. View the recorded webinar in our archive by clicking the above link.

Webinars: Register now for 16 October 'Autodesk Alias Class-A Surfacing: Accelerating Design Development'

Fri, 27 Sep 2013

Registration is now open for the next Webinar in the Autodesk series, 'Autodesk Alias Class-A Surfacing: Accelerating Design Development', which will take place on 16 October. This webinar will illustrate how using Autodesk Alias for Class-A modeling can deliver value-added business and technical benefits and how it helps OEMs provide seamless end-to-end design development. Topics covered will include: external and internal challenges facing automotive design advantages of Alias for Class-A Surfacing how to adopt Alias skills and workflows This is part of the 2013 series of Autodesk Webinars which includes: Concept modeling for automotive Using the T-rig tool in real life Presenting this Webinar is Simon Alford, technical manager for Majenta Solutions.

Partnership Premium 2030 - Part 1

Mon, 17 May 2010

Strate College in Paris, France, has been working on a Peugeot-sponsored project for the past few months. The project asks 30 students who have been divided into 10 groups to create the exterior design, an interior design, any related products (including accessories or new services, for example) and color and trim details for the premium Peugeot for the year 2030 Though there are no constraints on the technical package, the brief stipulates that the teams must create a scenario that illustrates global change, and design a vehicle that fits into this future environment. Designers from Peugeot have been very active in the process, guiding students in weekly critiques and assisting them with specific knowledge in key areas of expertise.