< Back New LAA Inspectors - Cameron Bunce & Brian Davies 11 Jan 2024 Back in December, seven potential LAA Inspectors attended LAA Inspector Assessment Days at Turweston with our Chief Inspector, Lucy. We are pleased to announce that all seven were successful. Here is an introduction to the first two: Cameron Bunce - Cameron is based north of Aberdeen. He is a Chartered Engineer working in the Energy Industry. He has been involved with aviation since 2007 and currently is building a VANS RV-3. He has experience with metal, composite and wooden aircraft having flown over 30 types - but most familiar with the VANS RV series. Brian Davies - Brian has experience in building and maintaining composite, metal and wood aircraft, but tends to specialise in Rotax-powered aircraft. He is also experienced in Avionic installation and trouble-shooting. Brian is also on the LAA Board of Directors and our Vice-President. Congratulations Cameron and Brian! Next Previous

< Back New General Aviation Regulations 2024 15 Feb 2024 It is anticipated that on Saturday 6th April 2024, the 2024 regulations will enter into force. A draft version of the regulations is available online: The General Aviation (Persons on Board, Flight Information and Civil Penalties) Regulations 2024. For more information, read the document found here: The General Aviation (Persons on Board Flight Information and Civil Penalties) Regulations .pdf Download PDF • 72KB Next Previous

< Back Engineering updates in April 7 May 2026 The following documents have been issued/updated in the Engineering 'Info Library' during April. Continuing airworthiness information : MTD-01-2026 - Shadow Oratex disbonding MTD-03-2026 - NSI CAP 140 propeller cracking TADS : Eurostar NSI propellers (new) Vedeneyev M14P/M14PF engines (new) Technical Leaflets : TL 2.22 - Non-type specfic MPDs Propeller type list, PTL/1 : CFM Streak Shadow SA Next Previous

< Back MTD-05-2025 Issue 2 published - Eurofox Rudder Pedals 5 Dec 2025 MTD-05-2025 Issue 2 has been published to provide further information on the situation as it develops and asking Owners and Inspectors to report back. The inspection schedule in unchanged from Issue 1. Therefore, Issue 2 does not require you or your Inspector to do anything different. If your aircraft has already been inspected to MTD-05-2025 Issue 1, then the next time an inspection in accordance with the MTD is due, you Inspector should reference Issue 2 in their logbook entry. LAA is continuing to work towards achieving a permanent solution via a modification to the rudder pedal/torque tube design. MTD-05-2025 Issue 2 is attached below and can be found on the website HERE . MTD-05-2025 - Eurofox Rudder Pedal Cracking Issue 2 .pdf Download PDF • 574KB Next Previous

National Private Pilot Licence CONTACT US Please use this FORM to contact us with any NPPL queries you have. We aim to respond within 5 working days. * F or all microlight ratings or enquiries please refer to the BMAA website * CLICK HERE FOR PCS DETAILS FAQs Details on revalidation of ratings, renewals and more! We will continue to add more FAQs as required. Working on them!! CLICK HERE FOR PCS DETAILS NPPL FEES for SEP / TMG Two payments need to be made: One to the LAA and one to the CAA. Please note that the CAA will send a payment link to your email address For details on how to pay, please visit the LAA Online Shop CLICK HERE FOR PCS DETAILS APPLICATION FORM Grant of a NPPL (or addition of a rating) with a SEP or TMG Class rating *** PLEASE NOTE *** All applications that are submitted via email must be as a .pdf, as one document and not individual pages and in colour. Alternatively, you can send them by post. CLICK HERE FOR PCS DETAILS MEDICALS Please use the link below for information on how to obtain a medical. Cellma System (portal) To register for the CAA Portal please read CAA Customer Portal Registration Guide CLICK HERE FOR PCS DETAILS GENERAL INFORMATION * CAP3181 * General Exemption E6556 * ORS4 1639 * Examiner Report for NPPL Skill Test * Information regarding the LAPL Deadline * Deadline for 5 in 13 revalidation for SLMG/Microlight deadline CLICK HERE FOR PCS DETAILS

The Annual General Meeting of the Light Aircraft Association Ltd Whittlebury Hall, Northants, NN12 8QH 19th October 2025, 1200 hrs N otice has been given that the AGM of the Light Aircraft Association (LAA) will be held at Whittlebury Hall, Whittlebury, Towester, NN12 8QH Sunday 19th October 2025, 1200hrs The AGM will provide for both in person and remote on-line participation. These arrangements will be professionally administered. In addition, those unable to attend may elect to submit proxy votes. A full list of nominations, Motions and Association documents links can be found below: The AGM will be preceded by the presentation of LAA Service, Rally Trophies and Awards to members. Following the AGM there will be time reserved for a Member’s Forum for discussion and Q&A on general matters with the Board and CEO. Light refreshments will be available upon arrival and lunch will be available to purchase at the Silverstone Bar, Atrium Clubhouse and Murrays restaurant. If you have any questions or comments for the AGM or the Member’s Forum please get in touch with us via [email protected] AGM DOCUMENTS Agenda Minutes of AGM 2024 Accounts and Chairman's Report 2024 Motion Director Nominations ~~~ How to vote if NOT attending the AGM in person This year we have an independent company, Mi-Voice, who will be issuing and counting the proxy forms. If we have an email address for you and you are eligible to vote (ie/ a beneficial shareholder) you will receive an email from them directly with a link to the proxy form.

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Armstrong/Isaacs Bursary Winners of 2026 Bursaries below. Five bursaries of up to £1,500 are offered every year to support young pilots already in PPL training. To qualify for these bursaries you must be under 30, are required to already have reached ‘first solo’ standard, have completed a minimum of five hours solo training and have gained the necessary medical and ground qualifications to continue your training. Rose Solley (above - left) A flight in my Grandfathers Jodel D117 was where it all began for me. I was lucky enough to have that first trial experience of flying when I was 12, followed by my first lesson when I passed my GSCE at 15. Because I loved my initial experience so much I was determined to find a way to fulfil my dream of being a pilot. Knowing that gaining my PPL would be a costly challenge I knew it was going to take a long time to complete. Coming from a farming background and enjoying working with livestock, I was able to get a job at our neighbouring dairy farm. This gave me flexibility with working hours and also the finance I needed to fund my PPL, the journey so far has taken 5 long years and the LAA Armstrong Isaacs bursary will enable me to complete the challenge I set myself of becoming a female Pilot. Iain Kirkham (above - right) I began my passion for flying at a young age, taking every opportunity to fly with my dad in his Escapade and more recently his Sling 2 taildragger. At first, I found flying an aircraft to be both intimidating and exciting but also rewarding as well as giving a sense of freedom and this motivated me to obtain my PPL. During the holidays whilst studying for an Engineering degree, I decided to start my PPL training in a Sonaca S200 at Blackbushe airport. I am now aiming to complete my solo x-country which has been delayed over the past two months due to bad weather and thanks to the LAA bursary I hope to complete my PPL training in the next few months. After my PPL I intend to become a member of the LAA and do a taildragger conversion course so that I can fly the Sling 2 taildragger and go touring in an aircraft that I helped my dad to build. I would like to thank the LAA and am very grateful for the opportunity the LAA has given me enabling me to pursue my passion and love of flying. Kate Lee (below - left) I am an Aerospace engineering graduate and have just started my PhD looking in to sustainable aviation solutions. I am passionate about combining my interests in sustainability and aviation and am focussing my current work on some of the challenges associated with developing hydrogen gas turbine engines for planes. I was fortunate to start working towards my PPL whilst completing an internship at Kemble airport. I love the feeling of freedom of being in the air, and find it very motivational for my work, as it’s a feeling I believe as many people as possible should be able to experience. The bursary should ensure I’m able to complete my PPL course this year before my theory tests expire! I’m very grateful to the LAA Armstrong/Isaacs Bursary for this support in realising my goal of completing my PPL. Armstrong/Isaacs bursaries are funded from the Armstrong/Isaacs Fund, which is based on a major donation from David Armstrong, who was a founder member of the original ULAA in 1947, a lifelong member of the LAA’s predecessor the PFA and the latter’s chairman from 1960 to 1964. His legacy, co-named with that of aircraft designer and builder John Isaacs, has, since 1998 enabled many young prospective pilots to gain their PPL.

Night IFR Certain LAA types can be cleared for flight at night and/or under IMC (instrument meteorlogical conditions) - commonly referred to as 'Night/IFR' for convenience. The special Night/IFR requirements and process are detailed in technical leaflets TL 2.27 and 2.28, linked below, which are additional to the standard requirements applicable to any LAA aircraft. The special requirements involve the aircraft being of a type that demonstrates flight handling broadly in accordance with CS-23 subpart B (some types, including the RV-6 and RV-7, have a restricted aft cg limit to meet the pitch stability requirements), and each individual example must have a special IFR flight test to confirm it matches the first one tested. For a night clearance, the aircraft must also undergo a night test to check its lighting and general suitability for night flight. The aircraft must have accumulated enough flying hours in VFR to prove its reliability, and it must have an engine of a type accepted as being likely to be as reliable as a certified engine (for example we accept ‘clone’ Lycomings even though not certified). The propeller must be rain-proof, i.e. have hardened leading edges, and the aircraft must have an effective carb ice prevention system. The aircraft’s panel must have at least two independent attitude indicators, with either separate power sources or back-up internal power. If two EFIS are used to provide attitude information, with no other attitude instrument, then the two EFIS must be of different manufacturers so as to avoid the risk of simultaneous failures. There must be pitot heat, an alternative static and an OAT gauge. If the essential systems are relying on electrical power, the electrics must be designed to avoid being vulnerable to any single component failure, and if there is a single alternator there must be enough battery capacity to keep the essential systems running for an adequate time (at least 30 mins) before the battery goes flat. If two radios are fitted, they must not be both vulnerable to failure if any single component fails (e.g. must not be both fed through a single avionics master switch with no back-up power available). LAA does not specify what navigation or radio equipment is fitted, but as with a certified aircraft, the equipment fit determines what type of airspace can be used. An autopilot is not required, but certainly helps reduce pilot workload in sustained instrument flight. Non-certified equipment, including EFIS and autopilots, alternators, etc, are permitted, subject to the usual LAA checks. The aircraft has to be inspected initially and annually by an inspector with a special ‘night/IFR’ endorsement on their LAA inspector approval, and the aircraft is checked to have been built to an appropriate level of quality for a night/IFR aircraft. For example, quality of its instrument wiring, electrical power supply wiring, etc, are checked which are much more critical than in an aircraft only flying day VFR. The ASI and altimeter must be regularly calibrated, the battery must have a regular capacity check and the radios checked regularly by a qualified radio engineer. The aircraft must have an accepted pilot’s operating handbook and an acceptable maintenance schedule, and be maintained to that schedule. The application process involves not only a night/IFR inspector but also a night/IFR assessor who is one of a small band of LAA volunteers qualified to assess the design aspects of the aircraft’s systems and who compiles a technical report about the aircraft and if he is happy with it, includes a recommendation to remove the day-VFR only restriction. The report includes details of the aircraft’s systems, the special flight test reports, inspection reports, maintenance schedule and POH, a photo of the instrument panel and an electrical load analysis. This report is sent to LAA Engineering who checks through it and all being well, issues the aircraft new paperwork with the day and/or VFR restriction removed and replaced by limitations allowing IFR and/or night flight. All LAA night/IFR aircraft are restricted to not fly in the vicinity of thunderstorms and, for IFR cleared aircraft, take-off and landing in visibility less than 1500m is prohibited. The aircraft may not be operated in IMC below 500 ft agl for a precision approach, or 600 ft for a non-precision approach, or approach system limits, whichever is the greater. The pilot qualification for flying an LAA night/IFR aircraft at night or in IFR is the same as for flying a certified light aircraft at night or IFR. Aircraft types that have been successfully cleared for night/IFR flight include the RV-6, -7, -8, -9 and -10 (nosewheel and tailwheel variants – some with cg range restrictions), Europa and Cozy. Several of the modern lightweight 600 kg types have failed to comply due to low stability margins making them OK for day VFR flight but not suitable instrument platforms for night or IFR. Whilst a very few Rotax powered aircraft have been be to be cleared, most of the thirty or so LAA aircraft that have successfully transitioned are powered by Lycoming or Lycoming-clone engines. 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

The Light Aircraft Association (LAA) is the UK’s principal representative body for amateur-built and vintage light aircraft, as well as supporting some factory-built microlights and gyroplanes. WELCOME TO THE LIGHT AIRCRAFT ASSOCIATION Welcome to the Light Aircraft Association, the heart of a community that lives and breathes recreational aviation in all its forms! With over 75 years of history, no other UK association has the depth of knowledge and experience in looking after our sport. 7,500 Members 2,700 Aircraft 1,600 Build Projects NINE REASONS TO JOIN THE LAA 1 BUILD YOUR OWN AIRCRAFT The LAA was formed out of the amateur aircraft building movement. Even today, you can build an aircraft from the original plans or purchase a modern kit from a recognised manufacturer to build your dream aircraft, with the support of an LAA Inspector. There are so many types to choose from! More Info 2 PILOT COACHING The Pilot Coaching Scheme includes provision of Biennial Reviews and Class Rating Revalidation, as well as Type Conversions, Renewal Training, Differences Training and Licence Migration. Coaches are based all over the UK and willing to travel to meet your needs! More Info 3 LIGHT AVIATION MAGAZINE Our full-colour monthly magazine, Light Aviation , is free to all members and is packed with a wealth of technical and flying information, first-hand reports of members’ flying adventures and aircraft builds, in depth flight tests and so much more – it’s real cover to cover reading every month! More Info 4 ENGINEERING FACILITIES At our core is the amateur built aircraft movement and the comprehensive engineering facilities that support the Permit to Fly airworthiness system. A full time staff of qualified engineers and a countrywide network of Inspectors help make owning and flying your own aircraft both possible and affordable. More Info 5 TRAINING COURSES The LAA provides a wide range of courses for members, ranging from electrics to working with aluminum, aircraft carpentry, composites, Rotax engines or even an Air to Ground Radio Operators' Course! These will help you build or maintain your aircraft to the highest standard and meet LAA members with similar interests. More Info 6 OPERATE AN AIRCRAFT With the LAA fleet size ever increasing, more and more LAA members are operating LAA aircraft that they have not built under the LAA Permit to Fly Airworthiness System. The LAA Engineering Department offers the support you need to fly! More Info 7 MEET FELLOW AVIATION LOVERS! Do you want to meet fellow light aviation lovers? Clubs for LAA members (also known as Struts) meet at a local level to share knowledge and experiences, as well as take part in local events. You can find the 'Strut' nearest to you! More Info 8 MEMBER DISCOUNTS Every year, the LAA hosts a 'fly-in,' known as the 'LAA Rally' or more recently, the 'Grass Roots Fly In.' LAA members benefit from a discounted entry fee! Furthermore, there are a number of LAA-friendly companies that offer discounts and deals to LAA members. These can be found by clicking the button below. More Info 9 MEMBER REPRESENTATION We have an enviable reputation for determination and fairness within the corridors of power in the UK and Europe. We are one of the principle representative groups providing balanced consultative input on matters such as airspace, planning and safety regulation to bodies including the Department for Transport and Civil Aviation Authority. More Info Contact Us Turweston Aerodrome Nr Brackley Northants NN13 5YD Office Phone No: +44 (0)1280 846 786 Office email: [email protected] Engineering email: [email protected] Our office opening hours are Monday to Friday, 9am to 5pm Download Map Local Accommodation

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 and Balance Example Forms Weight and Balance Excel Calculators

LAA Courses 2026 An Introduction to Aircraft Flying Qualities This course describes how the design (and construction) of a fixed wing light aircraft may positively or negatively impact flying qualities using a fully immersive Virtual Reality + Motion simulator. Read More Acquiring, Owning and Operating a Europa This is a seminar aimed at recent, current or prospective Europa owners - and will cover the key features, details and advantages of acquiring, owning and operating this, the second most numerous LAA aircraft type. Read More Jabiru Engine Course This course aims to give pilots sufficient knowledge to be confident that their engines are serviceable, inc. detailing common weaknesses & the important Jabiru modifications, primarily focusing on the 4 & 6 cylinder generation 1-3 engines. Read More An Introduction to Permit Aircraft Avionics The course starts with explaining the LAA rules and guidance regarding avionics fit, discusses how to plan and install your avionics (inc. panel design) and explains how modern avionics connect with each other. Read More Aircraft Fabric Covering Course This is a hands-on course, not a lecture, so you will be working with the tools and materials, learning the required skills and you will undoubtedly surprise yourself by how quickly you begin to pick things up! Read More Caring for your Gipsy Major - Basic Course The course will explain the ins and outs of these deHavilland vintage aircraft engines and how to solve those starting difficulties, with comprehensive course notes to take away. Read More Permit Aircraft Electrics - Advanced Course The premise of this course is that it will help the owner/builder create the system design and circuit diagram, including covering electrical theory, failure modes, reliability issues and planning an installation. Read More Permit Aircraft Electrics - Basic Course An introductory course on electrical wiring, featuring minimal electrical theory, instead concentrating on the installation practices with practical wiring experience and fault finding. Read More Aircraft Carpentry Workshop - Basic Course A perfect course for the would-be aircraft builder, who may be nervous about cutting the first piece of spruce, or anyone contemplating repairing a classic wooden aircraft. Read More Air to Ground Radio Operator's Course A course to achieve your Radio Operator's Certificate of Competence (ROCC) in order to operate a Ground Radio Station running AGCS (Air-Ground-Communication-Service). This is not to be confused with a FRTOL. Read More Rotax Fuel Injected 912 iS / 915 iS Installation & Operation A course providing information and advice on installation and operational procedures for Rotax Fuel Injected 912iS/915iS aero engines. This course is run by a Rotax iRMT certified engineer. Read More Rotax Carburetted 912/914 Installation & Operation The course covers everything those who own/operate a carburetted Rotax 912 (UL, ULS and 914 turbocharged) engine need to know about getting the best out of these very popular engines! Read More