< Back LAA Alert A-14-2025 - Eurofox Fuel Line Disconnected In-Flight 11 Dec 2025 LAA Alert A-14-2025 - Eurofox Fuel Line Disconnected In-Flight A non-LAA, Factory-Built Eurofox with a Rotax 915, fuel-injected engine experienced an in-flight engine shut down due to the high pressure (4.5 Bar) fuel hose connecting the high-pressure fuel pump unit to the master fuel valve becoming detached from the master fuel valve during flight. This resulted in the engine stopping and a serious fuel leak in the cockpit. It is believed that a combination of the fitting’s shallow barbs, and a small fuel leak of high-pressure fuel through the scratched/cut hose lubricated the fitting’s brass surface and allowed the hose to slide off the fitting. Owners and Inspectors should pay close attention to fuel hose condition and attachment security during inspections. Any signs of movement, wear, or mismatch between hose and fitting must be addressed before the aircraft flies again. Please refer to the attached Alert here for full details and recommended checks. A-14-2025 - Eurofox Fuel Line Disconnected In-Flight .pdf Download PDF • 145KB Next Previous

< Back New Alert for LAA Eurostar Aircraft 3 Dec 2024 LAA Engineering have issued Alert A-03-2024 to highlight the recent reported incidents of corrosion of the Bowden cable ‘inner’ on Eurostar elevator trim tab cables. In response to these incidents, Airmasters UK, the UK agent for the Eurostar range, have recently issued Service Bulletin SB/EUR/022, Issue 2 which calls for a special check, before next flight, on the friction of the cable ‘inner’ when slid manually backwards and forwards in the ‘outer’. A-03-2024 Eurostar Trim Cables .pdf Download PDF • 203KB Next Previous

Light Aviation Magazine 2013 Click on the links below to open each issue of Light Aviation Magazine from 2013 January 2013 April 2013 July 2013 October 2013 February 2013 May 2013 August 2013 November 2013 March 2013 June 2013 September 2013 December 2013

< Back LAA at AeroExpo 9 Jun 2023 We're at AeroExpo UK at Sywell. Come and meet the LAA and friends in the LAA tent tomorrow. Alongside the LAA, we have Transair Flight Equipment, Cambrai Covers, AIR Courtage Assurances, PilotAware, Sling Aircraft, Bristell Aircraft UK, SEHT and Smart Skies! #aeroexpo #meetthelaa Next Previous

< Back LAA Rally and Service Awards 2025 24 Oct 2025 A list of awards can be found below: LAA Awards .pdf Download PDF • 139KB Next Previous

< Back Engineering updates in November and December 7 Jan 2026 The following documents have been issued/updated in the Engineering 'Info Library' during November and December. Technical Leaflets : TL 2.18 Change of owner/co-owner details TL 3.12 Engines and propellers fitted to LAA aircraft TL 3.17 List of approved prototype modifications Standard modifications : SM12871 Europa fresh air rotory ventilators SM16618 Europa PTFE lined hinges SM16770 LED exernal lights (new) Continuing airworthiness information : Alert A-13-2025 Sporcruiser nose leg failures Alert A-14-2025 Eurofox fuel line disconnected in flight Alert A-15-2025 Glasair rudder pedal bearing failures MTD-04-2025 Rans control linkage rode end connector washers MTD-05-2025 Eurofox rudder pedal cracking MTD-06-2025 Europa tailplane torque tube clamp mod failure TADS: Continental engines Eurofox Ikarus C42 Jabiru engines Pioneer 300 and 300 Hawk Piper J3C/L4 Woodcomp propellers Next Previous

< Back MTD-02-2025 issued - Mission M108 Nose Leg Failures 6 Jun 2025 MTD-02-2025 - 'Nose leg failures' was issued today for Mission M108 aircraft. This MTD can be found HERE and is also attached below. Three instances of nose leg failure have occurred in the past 12 months, two of which recently. This MTD mandates the regular inspection of this area until a long-term fix has been put in place. Lambert Aircraft Engineering is working to finalise a solution as soon as possible, working closely with the LAA. We will update the MTD as appropriate once a solution is in place. MTD-02-2025 - Mission M108 Nose Leg .pdf Download PDF • 212KB Next Previous

< Back Van's Aircraft laser-cut parts - update 20 Oct 2023 Since our mention of this issue in the August edition of Light Aviation , Van’s Aircraft have been toiling away analysing and testing various structural elements to establish the effect that the laser cutting of parts has had on their strength and fatigue life. Detailed updates can be found on their website, but understandably UK builders and operators are seeking clarity on what the endgame will be on this issue. As the issue generally affects potential fatigue life, there is no immediate need to take action. In discussion with Rian Johnson, Van’s President and Chief Engineer, he tells us that they’re working on service information for the fleet that they expect to be published by the end of the year. Having worked closely with Van’s over many years, our expectation is that we will endorse their position. Next Previous

Detail Design Having worked out a promising-looking layout, initial three-view and performance and weight specifications, now is the stage where the hard work begins of transforming concepts to working drawings. Essential decisions have to be made about types of material to be used, the structural arrangement, exact choice of powerplant and so on. You’ll probably need to make a cockpit mock-up to check the ergonomics and control system arrangements, and maybe build a flying radio controlled model of the design to give faith in the handling characteristics. With the basic geometry laid out, stress calculations and assembly drawings come next, then drawings of individual piece parts. Keep an up-to-date tally on weights. As the drawings get more detailed you must re-evaluate whether you are going to meet your original targets in terms of weight, strength and aerodynamic cleanliness, whether you need to re-visit your original assumptions or re-design from scratch. Is there a way that the part or assembly can be made more easily, more cheaply, lighter, stronger, more fatigue or corrosion resistant? Fewer parts and fewer joints generally means fewer problems and less weight. Can you use off the shelf parts rather than having to make them specially? Are there other aeroplanes around that have already solved a particular problem in a clever way? Will the aircraft be easy to inspect in service, easy to repair if it gets damaged? Can it be broken down for transportation? If the handling isn’t quite right when the prototype is test flown, does the design make provision for ‘tweaks’ to put it right? Does the design include reserves of strength to cope with weight growth in service and more powerful engines, or is everything pared down to the minimum? Design Tutorials

< Back New LAA Inspector - Tomas del Carpio 15 Aug 2025 We are pleased to welcome Tomas del Carpio as a new LAA Inspector, having attended an LAA Inspector Assessment Day at Turweston recently. Living in the historic village of the former RAF Upper Heyford base, aviation is a part of Tomas’ life even outside of my daily job of restoring and maintaining vintage and modern light aircraft. He has been in the aircraft maintenance industry since 2008 but the age range of aircraft. He has worked on spans more than a century of aviation history. From helping to restore an original AVRO 504 to carrying out advanced composite carbon fibre repairs on a Diamond DA42, his experience covers a broad and diverse spectrum of aircraft types and technologies - both certified and non-certified. Whether it’s performing an engine change on a King Air in the dusty heat of Malta or changing a tyre on a stranded PA-28 in a muddy field in Kent, He has encountered a wide variety of challenges and learned something valuable from each one. Tomas is always happy to help and share his knowledge and experience whether it’s offering technical advice over the phone or getting hands-on with something more involved. Next Previous

< Back Engineering updates in March 5 Apr 2024 The following documents have been updated in the Engineering 'Info Library' during March. Continuing airworthiness information: Mandatory Technical Directive MTD-02-2024 Pioneer trim tab checks TADS : Europa Sling 2 Technical Leaflets : TL 1.28 Approved homebuild aircraft type list (new) TL 3.12 Engines and propellers fitted to LAA aircraft TL 3.17 List of prototype modifications Propeller type list PTL/1: Ikarus C42 FB UK Standard Modifications: SM 10671 Rotax 2-stroke carburettor heater Next Previous

< Back Standard Modification for fresh air rotary ventilators added for Europa types 18 Oct 2023 A new Standard Modification (SM12871) has been uploaded to the website for Europa types. This covers the installation of rotary air vents in the forward cockpit to aid ventilation. Standard Modifications are used to enable other owners to install a modification on a given type, generally by following the instructions in the Standard Modification leaflet, having their inspector check and sign it off and letting LAA Engineering know that it's been installed. Further information on the Standard Modification process can be found in TL 3.06 Standard Modification leaflets can be found by following Engineering - Info Library - Engineering - Standard Modifictations. Technical leaflets can be found by following Engineering - Info Library - Engineering - Technical Leaflets. Next Previous