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Piprm

LSP_Members
  • Content Count

    611
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Piprm last won the day on November 5 2017

Piprm had the most liked content!

About Piprm

  • Rank
    Senior Member
  • Birthday 11/29/1959

Contact Methods

  • Website URL
    http://
  • Skype
    piprm1

Profile Information

  • Gender
    Male
  • Location
    Brisbane - Aus
  • Interests
    Aviation
    Sexy women
    Fast cars
    normal guy interests

Recent Profile Visitors

393 profile views
  1. Yeah. I've been looking g at those HGW rivets too! They certainly come up a treat! Pip
  2. Another Top shelf Quality product from the Karlsen Studios Pip
  3. Yep - you are right Kev, The term used then was "That's Hep" ( or cool) An old-fashioned meaning of Hipster ( a person who follows the latest trends or fashions) But also, Wikipedia says it is of West African origin - the word " Hepicat" and means : One who has his eyes open I think both applies here. Pip
  4. Lovely Work Anthony! Your attention to detail is remarkable Pip
  5. Well... the Pizza keeps the troops working! ( like dangling a carrot) Pip
  6. Anthony, Masterful research and modelling skills shown... Following with interest here ! Pip
  7. Cockpit : (continued) We focus now on the Canopy Frame - Brace (Bar) ... As it can be clearly seen from the outside though the Canopy Bubble, I thought I'd knock one up... First a study of the Bar in Question.... It is not an easy part to see , So I've had to collate a few images to get the full picture... A revelation... my partition/wall behind pilots ejection seat is too high... Now to the building of the master part... I thought i'd go with copper... One thing I did find with mucking around with ejection partition wall- heights etc is the Ejection Angles... Modelling does reveal a few things behind designs sometimes. In this case, ejection seat escape trajectory angles. What I thought initially, is that both front and rear ejections are of the same angle. But working over time on key areas of the cockpit ( floor, bracing, walls, fuselage stations etc) and the interconnections with each other... showed me different angles to the ejection seat walls. And this was done for a good reason - I believe... Below is my conclusion... The result of these angles is that the Pilot and Navigators ejection trajectories, don't come together and bump about in the jet steam! I think it's designed for wider separation of trajectories... Happy 2019 Pip
  8. Thanks Kage! Your absolutely right... don't think too much - Just do it! ( Nike) The Pilots Control Column or 'Joystick' : This piece is a main focus part of the cockpit and needs to be done right as it's seen or viewed clearly from the top of the aircraft - through the canopy, as well as from the side - through the open crew access door. I was in two minds on how to do it, either plastic or brass... though brass is a little bit more difficult to work with ( at times) but I went brass as it's going to be reproduced in resin and I need the part to be copied, as crisp and sharp as I can get it. Most of my previous mastering was done in this way ( the important main parts) Here is a study of the part in question... This part of the control handle will be the most time consuming - I expect.... There is no accurate or direct scale plans to go by, to make this part... So I had to approach it simplistically... at this early stage, at least... Cardboard cutout and spacial references to start... The only known drawing of the Control column of an unknown scale... ..... calculator and a ruler does the trick! Copy and scale the plans through my computer and what do you know? ....32% reduction! The main shape is there - but extra and difficult work is needed...mostly in the centre - hub area , the hand - grips and so on.... There is a box on top of the column, which I have no idea what it does - other then an airbrakes switch - amongst others knobs and things! ( see earlier photos) The top of the column is prepared for the box addition.. this is the view from the top of the model through the canopy... the detail will be there - eventually OK, happy with the progress so far... Sorry to be bouncing around - from one area to another, but parts sizing and fit - is driving this build/process at this stage.( and there is a lot here to cover!) Pip
  9. Navigators work station: A study of Navigators work console/ bench / instruments..... Here's a Navigators instrument panel being restored in the workshop.... ( no not mine) You will notice that the instrument cluster/ layouts on the two versions shown above and even the workshop manual illustration (top) are very different! The Canberra B-20 was in Australian service between 1954 and 1982 and there was constant upgrades of equipment and technologies,over the years.. (as most countries) So! which one to do ?... I Dunno! ( See! I don't have all the answers!) Lets start with basic construction and hopefully the answer will emerge itself in time... As I detail this area later - some decision will be made on the navigators layout... Pip
  10. Cockpit : ( Continued) Pushing ahead to get the main components made - though in basic form...for the moment Next , is the Navigator Electrical Control Tower ( highlighted in grey below) s Now a study in the Control Tower... The first photo is a British version with an extra component/fitting on top Which version of the Navigators work facia on the Electrical Control Tower I will make, is undecided right now.... Though, with this information - I made a basic shaped box, which I think will be connected to the Pilots back-partition when the part is finished and ready for molding. Next is Pilots Instrument panel and Electrical Control Tower in place.... You will notice I made additional 'L-shaped' Pilots flooring ( a separate piece ) which will be detailed on top and sides with possibly the rudder pedals incorporated ( yet to be decided) ..... Everything 'slides in' as it suppose to... and the basic component shapes are there... This process is almost like a sculptor chipping away at a block of Marble, until the shapes slowly emerge... and then once that is established, the finer detail is massaged out. (Well this is my approach - anyways ) Next... we move onto the Navigators work area.... Pip
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