RC-soaring in Denmark
RC-soaring in Denmark

Index  

Stork II Pro 
Kult 
EuroMaster 
Crossfire 
Danish Championship F3J 2005 
Arnborg Winter F3J 2005 
Local Danish F3J event "Als F3J 2005" 
Arnborg Soaring Center, January 2005 
AVA 
Danish F3B Championship 2004 
Delmenhorst F3J 2004 
Graphite 2 
Espada 
German Championship F3J 2004 
Danish Championship F3J 2004 
Trinitus: final build stage and finish (3 of 3) 
Trinitus: final build stage and finish (2 of 3) 
Trinitus: final build stage and finish (1 of 3) 
Arnborg Winter F3J 
F3J Winter-pokal 2004 Stade, Germany 
Autumn F3J 2003 
Starlight 3000 cross-tail 
Danish Championship F3J 2003 
Holland Glide 2003 
Giga 2000 
Estrella 
Nordic Championship F3J 2003 
Scar 
X21 
Local Danish F3J event "JM F3J 2003" 
Pike Superior 
Grindsted Open 2003 
Local Danish F3J event "SM F3J 2003" 
Intermodellbau 2003 
Corrado 
Starlight 3000 
Local Danish F3J event "SM F3J 2002" 
Norddeutsche Meisterschaft F3J 
Holland Glide 2002 
Local Danish F3B event "JM F3B 2002" 
Danish Championship F3J 2002 
Local Danish F3B event "Fynbo Cup F3B 2002" 
Local Danish F3J event "JM F3J 2002" 
Local Danish F3J event "Als F3J 2002" 
Old photos: European Championship F3B 1984 
Old photos: Viking Race F3F 1989 
Sharon (3.4m) 
Ellipse 2V and Ellipse 3 Cam 
Trinitus: building the wing 
Trinitus: building the v-tail 
Trinitus: building the fuselage 
Trinitus photo-collection 
Escape 
Slopesoaring at Ulbjerg, Denmark 
F3J Winter-pokal 2001 
Danish Championship F3J 2000 

Trinitus: final build stage and finish (1 of 3) 

Trinitus: final build stage and finish (1 of 3)
 

 
About 100 copies of the Trinitus are built since 1997 until now (2004).

Henrik Nielsen isn't usually involved in building the Trinitus-planes, but in 2003 he had the opportunity to build one for himself.

These pictures are showing the excellent result of his hard work.
When the wing is taken out of the mould, it is cut into 3 pieces. Here's the outer wing-panel.
Along all the edges, the exceeding material must be cut off.

(Photo by: Henrik Nielsen)
The wing is built using carbon and the main spar consists of UHM-carbon, witch is 10 % stronger and lighter than traditional carbon.

(Photo by: Henrik Nielsen)
In this section of the wing, you can see the area where the aileron will be cut loose. 2 carbon tubes are shaped using plastic straws inside.

(Photo by: Henrik Nielsen)
The ailerons are cut off at 22.5 % of the wing-section.

(Photo by: Henrik Nielsen)
A ”dremel” machine running at 22000 rpm is used to cut in the wing.

(Photo by: Henrik Nielsen)
The top and bottom cut have a slight offset, so that the aileron can move freely once mounted.

(Photo by: Henrik Nielsen)
Here's the aileron separated from the wing.

(Photo by: Henrik Nielsen)
The ailerons are (unlike the V-tail) hinged using silicon.

(Photo by: Henrik Nielsen)
(Photo by: Henrik Nielsen)

See the next pictures...


 
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