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Technology
and Safety
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microlights and light aircraft are built using technologies and materials
that have been tried and tested over al long period of time. |
Tubes are made from chrome molybdenum vanadium steel,
soldered for the fuselage, landing gear, the engine mounting and
the different controls.
Anti-corrosion treatments, after a surface treatment, a
powdered paint is applied to the body after baking at 250°C which
ensures almost limitless life-long protection.
Sheet metal and light alloys 2017 and 2024 for the wing
structure, spars and the skin of the fuselage.
Composite materials, lightweight closed cell foam (Herex)
+ aluminium for the ribs.
Traditional composites, for the hooding and the forward
covering of the fuselage.
Coverings are in Dacron covered in several coats of anti
UV polyurethane lacquer.
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TETRAS structure

Wing structure |
These materials, although they are traditional, are made using
the very latest techniques and all follow the latest aeronautical
standards. Perfectly applied and following all the rules, they
guarantee exceptional strength and a very long life span (some
planes built over fifty years ago using these techniques
are still flying today). In addition repairs are easy if you know
how and are long lasting. This technology, aside from its remarkable
attested balancing of weight / robustness / longevity,
also manages excellent resistance and shock absorption which contributes
to the greater safety of the plane's occupants.
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A
wealth of detail bears witness to very real
know-how. |
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Structural tests
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Resistance test +6 G |
All our microlights, before being put on the market, undergo structural
resistance tests on out test bed in accordance with the JAR VLA
aircraft standards. Tests to destruction are also carried out
on safety or linking parts.
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Quality control
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Our business has put in place a permanent quality control plan
designed to cover all of its production, it breaks down into 5
sectors of activity and covers more than 300 checked areas.
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Flight trials
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For each plane, before delivery, we undertake 5 to 6 hours of
test flying and adjustments. Many hundreds of TETRAS and MDC are
at present in service in France and throughout the world. We estimate
that our planes together have about 210 000 flying hours, and
this information proves that our microlights really are, well
made.
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| TETRAS 912 B - BS - CS Airworthyness Certificate |
Concerns : Pompe à essence |
Date of issue : 04/09/2007 |
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| ULM TETRAS Airworthyness Certificate |
Concerns : Décanteur essence |
Date of issue : 15 02 2007 |
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