FAR 23 LOADS
FAR 23 LOADS provides a procedure to calculate the loads on an airplane according to the Code of Federal Regulations, Title 14 - Aeronautics and Space, Chapter I - Federal Aviation Administration, Subchapter C - Aircraft, Part 23 - Airworthiness Standards, Normal, Utility, Acrobatic and Commuter Category Airplanes, Subpart C - Structures.
The loads on the airplane are determined by (1) the three view drawing, (2) the chosen maximum takeoff weight, (3) the chosen category and load factor. The software calculates the loads using methods acceptable to the FAA and actually recommended in the previous CAR3/CAM3/CAM4 and FAR 23/FAR 25 regulations. Previous versions of this software has been used as a reference by hundreds of individuals and companies in over 40 countries. It has been licensed to the FAA.
FAR 23 LOADS is copyrighted by McGettrick Structural Engineering, Inc. and distributed by DARcorporation. FAR 23 LOADS is primarily marketed to kitplane manufacturers, FAR 23 certified airplane manufacturers and personal airplane designers.Type Certification
FAR 23 LOADS provides the means to calculate and print a loads report, including compressibility and altitude effects, for FAA Type Certification.Supplemental Type Certification
Strength substantiation is required for most Supplemental Type Certifications (STCs) for changes to Type Certificated airplanes. The original loads report for certification are proprietary information and not available to persons making changes to type certificated airplanes. Users of previous versions of this software have received approval for STCs.Experimental or Kit Airplanes
The loads on experimental home built airplanes, kit planes or ultra light airplanes should be calculated for flight safety. Weight may be reduced with stress analysis or testing only after calculating accurate loads. Although there are no FAR certification requirements for loads and strength analysis for this category in the US, there should be great concern for flight safety in this freedom from regulation.
The computer aided engineering approach can produce a reasonably complete airplane loads report. The program is based on the Federal Aviation Regulations, text references in the industry and years of experience in the certification process of FAR 23 airplanes.
FAR 23 LOADS Modules:
- Weight Estimation
- Weight & CG
- Envelope of Loads
- Structural Speeds
- Mach Limitations
- Aero Coefficients
- Flight Loads
- Select Critical Loads
- Tail Load Distribution
- Air Loads
- Wing Inertia
- Net Loads
- Aileron Loads
- Flap Loads
- Tab Loads
- Engine Mount Loads
- One Engine Out Loads
- Landing Load Factor
- Landing Loads
FAR 23 LOADS Features:
- Intuitive graphic user interface
- FAA-supported re-development effort
- Modules are fully integrated, single database
- Modules can also be run as stand-alone applications
- Program includes theoretical documentation and user interface guide with two airplane examples
- OS: Windows XP, Vista, 7, 8 & 8.1
- Minimum Free Hard Disk Space: 70 MB
- Minimum Screen Resolution: 1024 x 768
Software License Pricing
Software purchase includes CD-ROM and WIBU Key. Floating and Node Locked Licenses. Educational, NFP and multiple license discounts. Software training available. Request Pricing
Student License: Applicant must be currently enrolled as an aeronautical engineering student and have a valid student ID. Software can only be used for class work and university sponsored design projects. Software cannot be installed in a University lab or transferred to another student.
FAR 23 LOADS Software Training is structured for the new user of FAR 23 LOADS, or if you want to fully evaluate the software before committing to a purchase. Each course is structured for the engineer's personal needs and projects. This is an "On-Demand" 10-hour course offered at DARcorporation and on-line. On-line training will be scheduled in 2-4 hour sessions and will be recorded; a link will be provided after the training is complete.