Rabah

You can look at the Orca3D PDF file to support my comments above! Thanks, Best Regards, Rabah:cool:

Comment on the calculation results with Orca3D at Maximum Takeoff Weight MTOW = 1520kg and heel angles from 0 deg to 90 deg, with a...

Real time Hydrostatics on even keel, MTOW = 1520kgf; Draft = 375mm; LCG = 3866.5mm; VCG = 860mm; Volume = 1.482 cubic m

" Amphibious Rescue Aipcraft for Evacuation and Resupply "-Author of computer design Marine designer Eng. Svetlozar Neykov from...

I am pleased to share three more images from the latest file of my colleague from Varna, Marine Designer Eng. Svetlozar Neykov. These...

I am pleased to present two more images of the KASTA1 project, from the latest file by the computer model's author—Marine Designer Eng...

Dear members of the Boat Design.net forum, I am pleased to share with you a few views from the latest computer design file of KASTA 1...

Thank you for this detailed feedback and for sharing these interesting benchmarks. However, the operational concept and design of our...

I present for your consideration the preliminary design of KASTA 1: Computer model author: Marine Designer Eng. Svetlozar Neykov from...

To address the operational, drainage, and recovery concerns, the KASTA 1 design relies on three strict principles: Operational Limits...

Thank you for the comments, but to clarify right away: KASTA 1 does NOT feature folding wings. It has a rigid, fixed structural design...

Thank you for your detailed and critical feedback. You have pointed out the exact engineering and operational challenges that this...

I offer to your attention a design: a top view for the Amphibious Rescue Aircraft. Best regards, Rabah

Do not worry about the surface area of the wings—the theoretical area of the trapezoidal wings and their total wingspan are specified in...