Bridging the gap between Industry Requirements and Compliant Product Solutions

We help our partners make sense of all the noise. From Researching current Rules, Industry Standards, and Policy to Developing guidelines to maintaining compliance.

At Mecca, we understand the critical role that comprehensive Technical Data Packages (TDPs) play in the successful development and deployment of engineering projects. Our TDP service is designed to provide you with all the detailed information and documentation necessary to support your product's lifecycle, from conception through production and beyond. We work closely with our partners to ensure Technical Data Packages are reflective of their industry and customer requirements.

What is a Technical Data Package?

A Technical Data Package (TDP) is a comprehensive set of documents that facilitate the communication of requirements and necessary information for the procurement, production, engineering, and use of both military and civilian design hardware.

How can TDP packages add value?

One application of effective TDP development can be found through the DLA RPPOB (Replenishment Parts Purchase or Borrow). Here our Partners can benefit from our Reverse Engineering Capabilities to fill gaps identified within their organization. Through the use of Advanced Engineering tools such as 3D Scanning, material analyses and documentation we empower our partners to expand their manufacturing capabilities giving them the ability to execute on DLA RPPOB identified part requests without technical data packages.

Services We Offer

• Detailed Engineering Documentation

• CAD and Technical Drawings

• Bill of Materials (BOM)

• Compliance and Regulatory Documentation

• Test and Validation Requirements

• Maintenance and Support Guides

Tools We Utilize

• Computer Aided Design (CAD)

CAD software packages such as NX, Catia and Solidworks allow Engineers to develop 2D drawings and 3D models.

• Coordinate Measuring Machine (CMM) & 3D Scanners

Coordinate Measuring Machine are an automated measurement tool that can measure complex surfaces typically fixed in a single location. A 3D scanner on other hand converts physical objects into precise digital models, enabling you to quickly and accurately capture a product or assembly. Measurement accuracies vary based on the implemented tool though typically range between 0.0003 to 0.0030 inches. Though CMM can accurately generate most of the measurement data needed to create a CAD drawing or a Solid model effective usage of 3D scanner can shorten the design time accelerating the development forward.

• Measurement Tools/Gauges/Surface Roughness Testers

Measurement tools such as calipers, micrometers, digital protractors and various gauges can be utilized for measuring physical dimensions. Surface roughness testers are a tool that is used to determine the surface finish of a part. Different surface finishes have a cost associated with them, the smoother finishes are more expensive to produce.