Weight & Balance The subject of Weight and Balance covers at least four distinct procedures: weighing an aircraft, calculating its empty weight and centre of gravity (CG), establishing the worst forward and aft CG loading cases according to an appropriate design code and calculating weights and centres of gravity for an actual flight. This section includes guidance notes on each of these aspects, forms and worked examples (imperial or metric) for recording and calculating empty weight and CG, as well as worst forward and aft CG cases and an Excel based spreadsheet that makes the weight and CG calculations for you. The table on the spreadsheet is set out in the same layout as the Loading Examples tables. This spreadsheet can, of course, also be used for carrying out calculations for an actual flight. Simply input the actual weights of the items to be loaded rather than the standard occupant or maximum fuel and baggage weights. Remember, it is important to check that the CG remains within limits with no usable fuel as well as with the loaded fuel in the tanks, even though it will not be your intention of running the tank dry. The calculator generates two sets of weight and CG values for this purpose. Weight & Balance arrangements for gyroplanes are different to those of aeroplanes and a special type of report is used, unless the manufacturers concerned provides their own special schedule in which case this should be used instead. Before accessing the documents below, please ensure you have read Technical Leaflet 3.16 - Weight and Balance Guidance Notes . Technical Leaflet 3.16 Other useful documentation is as follows: Weight & Balance Forms Weight & Balance Examples

Flying into Leicester If you intend to fly into the LAA Rally at Leicester, you will need to book an arrival slot. Should you wish to fly-in on more than one day a separate slot will be required for each landing. Arrival and Departure Procedures The Pilot Notes for the LAA Rally at Leicester Fri 29 Aug-Sun 31 August are available now. The slot booking system is now live. Slot bookings can be booked and purchased via the Eventbrite website. Please ensur e that you are familiar with the procedures before flight. Please also note the RAT in force for the Victory airshow at Cosby approximately 7.5m SW of Leicester airfield and plan your approach to and departure from the Rally accordingly. For any pilot booked-in for the Thursday normal aerodrome procedures apply. Leicester will have copy of your slot booking. One landing fee of £10.00 (+ booking fee) covers a single landing and aircraft parking of up to three days and camping by your aircraft. Pilots and accompanying passengers will also need to purchase individual entry tickets to gain access to the Rally and exhibition site.

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< Back Rally Entrance Tickets, Airside Passes and Camping Permits on Sale!! 18 Jul 2025 Entry Tickets and Airside Passes now on sale via the LAA Shop . Landing slots will be available soon. We have a special offer for non members - £50 for all 3 days including Airside. Available for purchase until 31st July 2025 Next Previous

Night IFR PROCESS SUMMARY LIST OF TYPES PERMIT IFR FEES NIGHT IFR INSPECTORS FAQs POH LITE TEMPLATE (PowerPoint File) NIGHT IFR PILOTS ACCEPTED INSTRUMENTS TL 2.27 - PROCEDURE FOR APPROVAL & TL 2.28 - ASSESSMENT OF AIRCRAFT LAA/MOD15 APPLICATION FORM

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< Back New LAA Inspector - Gary Priestley 4 Dec 2025 We are pleased to welcome Gary Priestley as a new LAA Inspector, having attended an LAA Inspector Assessment Day at Turweston. Gary started at BAe Filton as an Aeronautical Engineering Apprentice in 1978. His first day out of the training bay was spent working on the test and development Concorde 002. During his apprenticeship he worked on the VC10's air-to-air refuelling conversion and on test and development for Airbus on the fly-by-wire BAC 1-11. After his apprenticeship he became an Inspector on the F1-11s, with his main role involving pre- and post-inspection of the Cold Soak, where the aircraft were frozen and bent to re-life them. He transferred to Warton for the Al-Yamama project, working on Tornado ADVs and IDS aircraft in Saudi Arabia. Gary returned in 1990 and was recruited as a technical instructor at British Aerospace Filton, teaching the following: Concorde pilots and flight engineers, utilising the simulator to help them pass their ground school type rating. Aircraft fitters working toward their B2 and B1 licences, as well as type courses on the A300 B4 and A300-600, where the aircraft were being converted to freighters. The BAC 1-11 refresher course for the Sultan of Oman Air Force pilots. Type rating for British Airways Concorde engineers at Heathrow. Apprentices studying for their City and Guilds. Night-school City and Guilds for non-skilled fitters. While carrying out this training, he repaired a Robin HR 200 with the help of the apprentices and studied for his Commercial and subsequently his Airline Transport Pilot’s Licence. Gary left BAe in 1999 to fly the BAe 146 for CityJet in Dublin, before being asked, through CityJet, if he would like to transfer to British Midland to fly the BAe 146 for Lufthansa. A few years later he was made redundant, gained his Helicopter Commercial Pilot’s Licence, but was then asked to join Flightline on the BAe 146, flying oil-rig workers from Aberdeen to Scatsta and later working out of Manchester for British Airways. An opportunity arose to fly with Titan Airways in Stansted, flying ad-hoc standby for British Airways, easyJet, and others. Several years later he completed a type-rating course on the Boeing 737 to fly from Exeter. He took voluntary redundancy in 2013. By chance, after buying a prestigious car from someone who owned an aircraft at Middlezoy, Gary made the connection that brought him into affiliation with Middlezoy Aerodrome, where he now has a share in Louis, the Taylorcraft type D, and is 50% owner of the Isaac Fury. Next Previous

< Back New LAA Inspector - Alan Caldecourt 24 Oct 2024 The LAA is pleased to welcome Alan Caldecourt as a new LAA Inspector. Alan attended an Assessment Day at LAA HQ last month. Alan has experience of both wood and metal airframes, in full restoration and modifications (Rollason Condor & Luscombe Silvaire). In 2008, he completed a RV7 build and recommissioned a Taylor Monoplane in 2020. His whole career has been in the Airline Maintenance Industry, starting as an Apprentice with B.O.A.C in 1973, becoming a Licenced Aircraft Engineer. After 47 years service, he retired in 2020 along with the British Airways 747 Fleet ! He is currently based at Popham Airfield, but lives in West Sussex. Well done Alan! 🎉 Next Previous

Lycoming Lycoming engines in certain specific airframe types have been approved by the CAA for the use of unleaded Mogas, using the process described in CAP747 , See Section 2, Part 4, General Concession 5. This involves purchasing an STC (Supplemental Type Certificate) from either the EAA or Petersen Aviation in the USA and carrying out the actions called for by the STC. The procedures stated in CAP747 may be followed for LAA aircraft but only for aircraft with the exact same engine/airframe combinations quoted on in CAP747.. An LAA inspector must check that the aircraft operator has obtained a copy of CAP747, Section 2, Part 4, GC5 and of the appropriate STC and complied with the actions called for therein, and signed off a suitable logbook entry accordingly before the aircraft may be flown with unleaded Mogas.

< Back New LAA Inspectors - Umberto Izzo & Simon Boynett 26 Jan 2024 It is time to introduce you to two more new LAA Inspectors - Umberto Izzo and Simon Boynett, who both attended an LAA Inspector Assessment Day in December, with our Chief Inspector, Lucy. Umberto's experience is mainly in general aviation and microlight aircraft (metal, fabric and composites), either Lycoming, Continental or Rotax-powered. He is also IRMT-approved. He owns a share in Jodel 1050. Simon is a retired Licensed Aircraft Engineer with 44 years of experience working on Commercial Passenger and Cargo aircraft. He has a B1 and B2 CAA licence (Airframes, Engines and Electrical generation systems) B2 (Avionics, Auto flight, Auto land systems, Radio and Radar). In addition to this, he has an FAA issued A & P licence. He put a lot of blood, sweat and tears into building his own Vans RV 7, that he still loves to fly today as often as he can. Although retired, he still has aeroplanes and safety in his blood and looks forward to helping others to keep the high standards the LAA require, and to advise and certify Maintenance and Permit to Fly revalidation inspections. Next Previous

Over the years this has led to several commercially successful kitplanes (Europa, Streak Shadow, Sherwood Ranger), as well as designs that have been released for plans-building (Flitzer, Isaacs Fury, FRED) and a whole range of fascinating on-off personal aircraft – the Acro Advanced, Bonsall Mustang, Mickleburgh Sparrow to name just a few. There will always be LAA’ers keen on the ‘retro’ look, but with ever-increasing fuel costs we foresee a greater emphasis in future on aircraft exploring higher efficiency, alternative powerplants (electric?) and renewable materials. High hangarage fees mean that aircraft enthusiasts are more than ever interested in folding or de-riggable aircraft that can be kept at home. Using the information provided by clicking the links below, the LAA hopes to stimulate interest in light aircraft design, help potential designers through the process and encourage the development of high quality designs. With the decline in UK manufacturing over the recent decades, it seems more than ever important to keep alive a thread of creativity and enthusiasm for design and development. For some, the ability to bring a personal design from first concept to a flying prototype provides the ultimate source of satisfaction within the LAA scene. Designing Aircraft Since its formation in 1948, one of the stated aims of the LAA has been to encourage the designing and building of new types of light aircraft. For our own purposes, we in LAA Engineering have been producing a series of Excel spreadsheets to use as tools in the verification of calculations in the many aircraft design submissions we deal with. The spreadsheets have been designed to carry out the various calculations that are necessary during the design of light aircraft. Some of them have been written against specific paragraphs in the design code CS-VLA, whereas others, for example, cover areas related to the development of aircraft undergoing flight testing. In addition, simple spreadsheets for straightforward mathematical calculations have been written. It is for information and educational purposes that these spreadsheets are now available to LAA members on the LAA web site. Use the buttons below for more information on each design stage: Preliminary Design Detail Design Certification/Approval

We provide a system whereby members can build an aircraft in the comfort of their own home (or wherever they choose) from either a set of plans or from a kit of parts. Every year around 100 newly-constructed aircraft are added to the LAA fleet, with members generally taking around 1 to 4 years to complete their kit projects. A whole range of aircraft is available to build, from single-seaters to four-seaters, aerobatic to amphibian, and WWI replica triplanes to gyroplanes. The LAA is tasked with ensuring that the designs members build meet minimum airworthiness requirements, appropriate to the type. Proposals for accepting other designs of aircraft can be put to the LAA, and a number of such types are accepted each year following a review of their airworthiness, amongst other things. This requires a member to champion the type through the process, arranging for the necessary technical information to be passed to the Engineering department and to build and test the first example. Similarly, it is possible for a member to build an aircraft of their own design. LAA provides support for this (see the Designing aircraft section), but due to limited resources only the most promising/developed designs can be advanced through the system. Building Aircraft One of the founding principles of the LAA is to provide for members wishing to build their own aircraft, either for their own education or to enable them to own an affordable aircraft. Of course, whichever type you choose it is usually possible to customise it to your liking using the LAA’s modification system. So if it’s an elaborate avionics suite that takes your fancy or an automotive engine conversion, there’s a route to investigating whether it’s possible. If you like the idea of building, but feel you lack the skills, then there are courses on various aspects of aircraft building to help bring you up to speed. Your Inspector is also a fantastic mine of information and generally will be your first port of call for technical information. Of course, the LAA also has a pool of full-time engineers who can be contacted for advice. For further information, click the button below for Technical Leaflets covering the Build Process Click here for more information