SUMO/mechanical assembly - Revision history

Martinmm at 06:56, 21 August 2013

2013-08-21T06:56:02Z

← Older revision		Revision as of 00:56, 21 August 2013
Line 66:		Line 66:


	All the holes and cut outs weaken the structure significantly. Add two layers of glass fiber (163g/m2, 80g/m2) to the bottom.		All the holes and cut outs weaken the structure significantly. Add two layers of glass fiber (163g/m2, 80g/m2) to the bottom. The glass extends over the black plastic motor holder.

	[[Image:Funjet_cockpit_glass.jpg\|600px]]		[[Image:Funjet_cockpit_glass.jpg\|600px]]

Martinmm at 07:28, 20 August 2013

2013-08-20T07:28:51Z

← Older revision		Revision as of 01:28, 20 August 2013
Line 1:		Line 1:
	Basically you follow the original instructions of the Multiplex Funjet. We will only mention differences. Read through the original instructions and make sure you understand them before you start.		Basically you follow the original instructions of the Multiplex Funjet. We will only mention differences. Read through the original instructions and make sure you understand them before you start. Do not use hot glue.

	[[Image:Funjet_box.jpg\|600px]]		[[Image:Funjet_box.jpg\|600px]]

Martinmm at 19:37, 10 April 2013

2013-04-10T19:37:27Z

Martinmm: servo channel

2013-04-09T18:00:29Z

servo channel

← Older revision		Revision as of 12:00, 9 April 2013
Line 66:		Line 66:
	[[Image:Funjet_rear_top_glass.jpg\|600px]]		[[Image:Funjet_rear_top_glass.jpg\|600px]]

	Cut off the glass fiber edges. Be careful with the glass.		Cut off the glass fiber edges. Be careful with the glass. Now that the glass is applied, enhance the original servo channels to 5mm with a drill or a hot piece of steel.

	[[Image:Funjet_rear_glass_cut.jpg\|600px]]		[[Image:Funjet_rear_glass_cut.jpg\|600px]]

Martinmm: Created page with "Basically you follow the original instructions of the Multiplex Funjet. We will only mention differences. Read through the original instructions and make sure you understand them…"

2013-03-17T23:19:30Z

Created page with "Basically you follow the original instructions of the Multiplex Funjet. We will only mention differences. Read through the original instructions and make sure you understand them…"

New page

Basically you follow the original instructions of the Multiplex Funjet. We will only mention differences. Read through the original instructions and make sure you understand them before you start.

[[Image:Funjet_box.jpg|600px]]

Cut a hole through the front part of the fuselage depending on the size of the receiver. For the robbe R6107SP from Mikrokopter that is 26mm x 56mm.

[[Image:Funjet_rc_rx.jpg|600px]]

Cut off the lower 4mm of the block you just pulled out and glue it to the bottom of the hole.

[[Image:Funjet_robbe_rc_rx.jpg|600px]]

Cut as much from the top of the block so that the receiver fits into the box. This part will be glued in when everything is done. Leave a hole for the binding button. Create cable channels for the RC receiver, antenna and optional LEDs from front to back by cutting a few mm into the foam.

[[Image:Funjet_cable.jpg|600px]]

Cut a 25mm x 20mm hole for the Melexis MLX90614 infrared thermometer into the right wing. It works the same way as the receiver block: leave some foam at top and bottom.

[[Image:Funjet_mlx_opening.jpg|600px]]

Drill a 8mm hole for the cable from the outside of the wing into the fuselage, starting with small drills and getting bigger.

[[Image:Funjet_mlx_through.jpg|600px]]

Bottom view of the MLX90614 hole.

[[Image:Funjet_mlx_bot.jpg|600px]]

Use the same principle to create the Hygrosens TEMOD-I2C-R1 high speed temperature (right wing) and Sensirion SHT75 humidity/temperature (left wing) cable channels. First drill from the outside of the wing to the fuselage, then from top to the cable channel.

[[Image:Funjet_sensor_opening.jpg|600px]]

Cut the fuselage turtle deck (4) into three parts: 70mm front, middle, 50mm back. Cut them with a slight angle so that the middle part can be easily removed.

[[Image:Funjet_turtle_cut.jpg|600px]]

Add 5mm EPP foam parts to the front turtle deck so that your GPS receiver fits.

[[Image:Funjet_gps_a.jpg|600px]]

[[Image:Funjet_gps_b.jpg|600px]]

Glue the front and back turtle deck to the fuselage, add magnets for latching. Glue the motor mount in place.

[[Image:Funjet_turtle_magnets.jpg|600px]]

Cut off and smoothen the wing tips (just as in Funjet Ultra).

[[Image:Funjet_pylons.jpg|600px]]

Glue in the canopy lock just as in the instructions

[[Image:Funjet_cockpit.jpg|600px]]

All the holes and cut outs weaken the structure significantly. Add two layers of glass fiber (163g/m2, 80g/m2) to the bottom.

[[Image:Funjet_cockpit_glass.jpg|600px]]

[[Image:Funjet_middle_glass.jpg|600px]]

[[Image:Funjet_rear_glass.jpg|600px]]

As the turtle deck can not take as much force add two layers over the back part and the motor holder (colored in light red)

[[Image:Funjet_rear_top_glass.jpg|600px]]

Cut off the glass fiber edges. Be careful with the glass.

[[Image:Funjet_rear_glass_cut.jpg|600px]]

Glue the wings as described in the instructions.

[[Image:Funjet_top.jpg|600px]]

Optionally use (strong) magnets to hold the fins for easier transport.

[[Image:Funjet_top_magnets.jpg|600px]]

[[Image:Funjet_fin_magnets.jpg|600px]]

Add some colour.

[[Image:Funjet_top_color.jpg|600px]]

[[Image:Funjet_bot_color.jpg|600px]]

← Older revision		Revision as of 13:37, 10 April 2013
Line 2:		Line 2:

	[[Image:Funjet_box.jpg\|600px]]		[[Image:Funjet_box.jpg\|600px]]


	Cut a hole through the front part of the fuselage depending on the size of the receiver. For the robbe R6107SP from Mikrokopter that is 26mm x 56mm.		Cut a hole through the front part of the fuselage depending on the size of the receiver. For the robbe R6107SP from Mikrokopter that is 26mm x 56mm.

	[[Image:Funjet_rc_rx.jpg\|600px]]		[[Image:Funjet_rc_rx.jpg\|600px]]


	Cut off the lower 4mm of the block you just pulled out and glue it to the bottom of the hole.		Cut off the lower 4mm of the block you just pulled out and glue it to the bottom of the hole.

	[[Image:Funjet_robbe_rc_rx.jpg\|600px]]		[[Image:Funjet_robbe_rc_rx.jpg\|600px]]


	Cut as much from the top of the block so that the receiver fits into the box. This part will be glued in when everything is done. Leave a hole for the binding button. Create cable channels for the RC receiver, antenna and optional LEDs from front to back by cutting a few mm into the foam.		Cut as much from the top of the block so that the receiver fits into the box. This part will be glued in when everything is done. Leave a hole for the binding button. Create cable channels for the RC receiver, antenna and optional LEDs from front to back by cutting a few mm into the foam.

	[[Image:Funjet_cable.jpg\|600px]]		[[Image:Funjet_cable.jpg\|600px]]


	Cut a 25mm x 20mm hole for the Melexis MLX90614 infrared thermometer into the right wing. It works the same way as the receiver block: leave some foam at top and bottom.		Cut a 25mm x 20mm hole for the Melexis MLX90614 infrared thermometer into the right wing. It works the same way as the receiver block: leave some foam at top and bottom.

	[[Image:Funjet_mlx_opening.jpg\|600px]]		[[Image:Funjet_mlx_opening.jpg\|600px]]


	Drill a 8mm hole for the cable from the outside of the wing into the fuselage, starting with small drills and getting bigger.		Drill a 8mm hole for the cable from the outside of the wing into the fuselage, starting with small drills and getting bigger.

	[[Image:Funjet_mlx_through.jpg\|600px]]		[[Image:Funjet_mlx_through.jpg\|600px]]


	Bottom view of the MLX90614 hole.		Bottom view of the MLX90614 hole.

	[[Image:Funjet_mlx_bot.jpg\|600px]]		[[Image:Funjet_mlx_bot.jpg\|600px]]


	Use the same principle to create the Hygrosens TEMOD-I2C-R1 high speed temperature (right wing) and Sensirion SHT75 humidity/temperature (left wing) cable channels. First drill from the outside of the wing to the fuselage, then from top to the cable channel.		Use the same principle to create the Hygrosens TEMOD-I2C-R1 high speed temperature (right wing) and Sensirion SHT75 humidity/temperature (left wing) cable channels. First drill from the outside of the wing to the fuselage, then from top to the cable channel.

	[[Image:Funjet_sensor_opening.jpg\|600px]]		[[Image:Funjet_sensor_opening.jpg\|600px]]


	Cut the fuselage turtle deck (4) into three parts: 70mm front, middle, 50mm back. Cut them with a slight angle so that the middle part can be easily removed.		Cut the fuselage turtle deck (4) into three parts: 70mm front, middle, 50mm back. Cut them with a slight angle so that the middle part can be easily removed.

	[[Image:Funjet_turtle_cut.jpg\|600px]]		[[Image:Funjet_turtle_cut.jpg\|600px]]


	Add 5mm EPP foam parts to the front turtle deck so that your GPS receiver fits.		Add 5mm EPP foam parts to the front turtle deck so that your GPS receiver fits.
Line 40:		Line 49:

	[[Image:Funjet_gps_b.jpg\|600px]]		[[Image:Funjet_gps_b.jpg\|600px]]


	Glue the front and back turtle deck to the fuselage, add magnets for latching. Glue the motor mount in place.		Glue the front and back turtle deck to the fuselage, add magnets for latching. Glue the motor mount in place.

	[[Image:Funjet_turtle_magnets.jpg\|600px]]		[[Image:Funjet_turtle_magnets.jpg\|600px]]


	Cut off and smoothen the wing tips (just as in Funjet Ultra).		Cut off and smoothen the wing tips (just as in Funjet Ultra).

	[[Image:Funjet_pylons.jpg\|600px]]		[[Image:Funjet_pylons.jpg\|600px]]


	Glue in the canopy lock just as in the instructions		Glue in the canopy lock just as in the instructions

	[[Image:Funjet_cockpit.jpg\|600px]]		[[Image:Funjet_cockpit.jpg\|600px]]


	All the holes and cut outs weaken the structure significantly. Add two layers of glass fiber (163g/m2, 80g/m2) to the bottom.		All the holes and cut outs weaken the structure significantly. Add two layers of glass fiber (163g/m2, 80g/m2) to the bottom.
Line 65:		Line 78:

	[[Image:Funjet_rear_top_glass.jpg\|600px]]		[[Image:Funjet_rear_top_glass.jpg\|600px]]


	Cut off the glass fiber edges. Be careful with the glass. Now that the glass is applied, enhance the original servo channels to 5mm with a drill or a hot piece of steel.		Cut off the glass fiber edges. Be careful with the glass. Now that the glass is applied, enhance the original servo channels to 5mm with a drill or a hot piece of steel.

	[[Image:Funjet_rear_glass_cut.jpg\|600px]]		[[Image:Funjet_rear_glass_cut.jpg\|600px]]


	Glue the wings as described in the instructions.		Glue the wings as described in the instructions.

	[[Image:Funjet_top.jpg\|600px]]		[[Image:Funjet_top.jpg\|600px]]


	Optionally use (strong) magnets to hold the fins for easier transport.		Optionally use (strong) magnets to hold the fins for easier transport.
Line 79:		Line 95:

	[[Image:Funjet_fin_magnets.jpg\|600px]]		[[Image:Funjet_fin_magnets.jpg\|600px]]


	Add some colour.		Add some colour.
Line 85:		Line 102:

	[[Image:Funjet_bot_color.jpg\|600px]]		[[Image:Funjet_bot_color.jpg\|600px]]


			The SHT75 humidity and PT1000 temperature sensor holder are made of white ABS parts. The tube is 12mm inner and 14mm outer diameter, the quadratic inner holder is 6mm/8mm and the outer is 8mm/10mm.

			[[Image:Abs_parts_holder.jpg\|600px]]


			Cut the ABS parts as shown.

			[[Image:Abs_cut_holder.jpg\|600px]]

			Glue inner holder and tube together, secure outer holder with screw.

			[[Image:Abs_assembled_holder.jpg\|600px]]


			Cut square 8mm holes on both sides of the wing, left for the SHT75 humidity sensor and right for the PT1000 temperature sensor. Glue the outer ABS holder with CA.

			[[Image:Humidity_install.jpg\|600px]]

			[[Image:Temperature_install.jpg\|600px]]