Cansat - Revision history

Mol: /* Parachute */

2022-11-26T16:55:53Z

Parachute

← Older revision		Revision as of 19:55, 26 November 2022
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	Sallittu massa: 300–350 g		Sallittu massa: 300–350 g
	ilmanvastuskertoimet:		ilmanvastuskertoimet:
	Puolipallon muotoinen: 1,5		* Puolipallon muotoinen: 1,5
	Ristin muotoinen: 0,8		* Ristin muotoinen: 0,8
	Liitovarjo: vaihtelee muodon mukaan (voidaan määrittää testeillä)		* Liitovarjo: vaihtelee muodon mukaan (voidaan määrittää testeillä)
	Tasainen, kuusikulmainen: 0,8		* Tasainen, kuusikulmainen: 0,8

	http://www.nakka-rocketry.net/paracon.html		http://www.nakka-rocketry.net/paracon.html

Mol: /* Introduction */

2022-04-18T19:14:09Z

Introduction

← Older revision		Revision as of 22:14, 18 April 2022
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	== Introduction ==		== Introduction ==

	Cansat Finland 2022: https://www.esero.fi/cansat2022		Cansat Finland 2022 by Esero Finland: https://www.esero.fi/cansat2022
	* https://www.esero.fi/cb7-etusivu		* https://www.esero.fi/cb7-etusivu
	* https://docs.google.com/document/d/1bruEN23qnMu5oZSze9UNT5XXQ5hISCS8Bi35CEtzGw4/edit		* https://docs.google.com/document/d/1bruEN23qnMu5oZSze9UNT5XXQ5hISCS8Bi35CEtzGw4/edit
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	Cansat ver 3.20 https://esero.no/wp-content/uploads/2016/02/The-CanSat-Book-R2.13.pdf includes a list of pins. The Norwegian page https://www.narom.no/undervisningsressurser/the-cansat-book/introduction-to-cansat/ is rather comprehensive.		Cansat ver 3.20 https://esero.no/wp-content/uploads/2016/02/The-CanSat-Book-R2.13.pdf includes a list of pins. The Norwegian page https://www.narom.no/undervisningsressurser/the-cansat-book/introduction-to-cansat/ is rather comprehensive.

	The Instructables portal has a page or two on Cansat, see https://www.instructables.com/CanSat-Beginners-Guide/		The Instructables portal has a page or two on Cansat, see
			*https://www.instructables.com/CanSat-Beginners-Guide/
	http://www.stensat.org/docs/cansat_lessons.pdf		*http://www.stensat.org/docs/cansat_lessons.pdf
			*https://www.slideshare.net/wenjiun/sl-14777621
	https://www.slideshare.net/wenjiun/sl-14777621

			See [[Cansat 2021-2022]] to some data and files.

	<youtube>e3X5dUAkdME</youtube>		<youtube>e3X5dUAkdME</youtube>

Mol: /* Theory */

2022-04-18T19:06:21Z

Theory

← Older revision		Revision as of 22:06, 18 April 2022
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	*https://www.researchgate.net/publication/325388316_CanSat_design_and_their_applications		*https://www.researchgate.net/publication/325388316_CanSat_design_and_their_applications

	== Theory ==		== Theory -- Cansat Tutorial ==

	This uses the Cansat shield made by Narom, Andøya Space Center. See		This uses the Cansat shield made by Narom, Andøya Space Center. See
	[https://www.narom.no/undervisningsressurser/the-cansat-book/the-primary-mission/constructing-the-cansat-shield/ constructing the cansat shield] for more information about the shield. This intro is for version number 7, but I assume that all versions are about the same.		[https://www.narom.no/undervisningsressurser/the-cansat-book/the-primary-mission/constructing-the-cansat-shield/ constructing the cansat shield] for more information about the shield. This intro is for version number 7, but I assume that all versions are about the same.

			This will contain some simple introductory videos that will guide you through the beginning of Cansat. First, we will guide the soldering process, and then briefly introduce the programming part by part.

	=== Materials ===		=== Materials ===

Mol: /* Building */

2022-04-18T18:27:11Z

Building

← Older revision		Revision as of 21:27, 18 April 2022
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	=== Building ===		=== Building ===

			<youtube>Z3Bt4G7zQcg</youtube>

	See the Finnish version at https://www.esero.fi/cb7-sivu5. Below is a short version.		See the Finnish version at https://www.esero.fi/cb7-sivu5. Below is a short version.

Mol: /* Materials */

2022-04-18T16:50:12Z

Materials

← Older revision		Revision as of 19:50, 18 April 2022
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	* And solder, soldering iron and soldering stand.		* And solder, soldering iron and soldering stand.

	~~Soldering~~:		=== Building ===

			See the Finnish version at https://www.esero.fi/cb7-sivu5. Below is a short version.

	# Connect the Arduino to the circuit board		# Connect the Arduino to the circuit board
	## Cut the male pins (lengths 6, 8, 8, 10)		## Cut the male pins (lengths 6, 8, 8, 10)

Mol: /* Building */

2022-04-18T16:49:30Z

Building

← Older revision		Revision as of 19:49, 18 April 2022
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	* GPS Module		* GPS Module
	* Anything else		* Anything else

	~~=== Building ===~~

	~~See the Finnish version at https://www.esero.fi/cb7-sivu5.~~

	== Parachute ==		== Parachute ==

Mol: /* Materials */

2022-04-18T16:32:34Z

Materials

Mol: /* Materials */

2022-04-18T16:31:19Z

Materials

← Older revision		Revision as of 19:31, 18 April 2022
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	=== Materials ===		=== Materials ===



	All material (except for the third mission) is included in the Cansat shield. We need		All material (except for the third mission) is included in the Cansat shield. We need
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	Soldering:		Soldering:
	# Connect the Arduino to the circuit board		# Connect the Arduino to the circuit board
	** Cut the male pins (lengths 6, 8, 8, 10)		## Cut the male pins (lengths 6, 8, 8, 10)
	** Insert the pins into Arduino		## Insert the pins into Arduino
	** Put the circuit board into its place.		## Put the circuit board into its place.
	** Solder the pins to the circuit board.		## Solder the pins to the circuit board.
	# Connect the jumper pins to the circuit board		# Connect the jumper pins to the circuit board
	* Cut the male pins (lengths 2, 4, 5, 5)		* Cut the male pins (lengths 2, 4, 5, 5)

Mol: /* Materials */

2022-04-18T16:28:04Z

Materials

← Older revision		Revision as of 19:28, 18 April 2022
Line 48:		Line 48:
	Soldering:		Soldering:
	# Connect the Arduino to the circuit board		# Connect the Arduino to the circuit board
	* Cut the male pins (lengths 6, 8, 8, 10)		** Cut the male pins (lengths 6, 8, 8, 10)
	* Insert the pins into Arduino		** Insert the pins into Arduino
	* Put the circuit board into its place.		** Put the circuit board into its place.
	* Solder the pins to the circuit board.		** Solder the pins to the circuit board.
	# Connect the jumper pins to the circuit board		# Connect the jumper pins to the circuit board
	* Cut the male pins (lengths 2, 4, 5, 5)		* Cut the male pins (lengths 2, 4, 5, 5)

Mol: /* Materials */

2022-04-18T16:27:39Z

Materials

@@ Line 37: / Line 37: @@
 * Data logger (SD Card reader)
 * Male pin connectors
-* Temperature sensor
+* Temperature sensor (NTC)
-* Resistor for T sensor
+* 10 KΩ Resistor for T sensor
 * Header Sockets
 * Dip jumpers
@@ Line 46: / Line 46: @@
 * And solder, soldering iron and soldering stand.
+Soldering:

← Older revision		Revision as of 19:32, 18 April 2022
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	## Solder the pins to the circuit board.		## Solder the pins to the circuit board.
	# Connect the jumper pins to the circuit board		# Connect the jumper pins to the circuit board
	* Cut the male pins (lengths 2, 4, 5, 5)		## Cut the male pins (lengths 2, 4, 5, 5)
	* Insert pins into positions J1-J5, J7 and J8.		## Insert pins into positions J1-J5, J7 and J8.
	* Solder the pins to the circuit board. Use the dip jumpers to fix pins to their positions.		## Solder the pins to the circuit board. Use the dip jumpers to fix pins to their positions.
	# Connect the GY-91 to the circuit board		# Connect the GY-91 to the circuit board
	* Insert the 8-length pin into the correct position		## Insert the 8-length pin into the correct position
	* Solder the pins to the circuit board and GY-91 to the pins. Use Blu Tack or similar to make it stationary.		## Solder the pins to the circuit board and GY-91 to the pins. Use Blu Tack or similar to make it stationary.
	# Connect the data logger to the circuit board		# Connect the data logger to the circuit board
	* Cut the male pin (length 6).		## Cut the male pin (length 6).
	* Solder everything into their position.		## Solder everything into their position.
	# Connect the NTC thermometer		# Connect the NTC thermometer
	* Solder the 10 kΩ resistor		## Solder the 10 kΩ resistor
	* Solder the NTC. Perhaps you should use longer wires.		## Solder the NTC. Perhaps you should use longer wires.
	# Connect the radio using the header sockets		# Connect the radio using the header sockets
	* Solder the large socket		## Solder the large socket
	* Solder the small socket. It is used to keep the radio on its place.		## Solder the small socket. It is used to keep the radio on its place.
	* Solder the 2-length male pin to the radio		## Solder the 2-length male pin to the radio
	# Connect the battery. Check the correct polarity from the Arduino. You should use some hot glue or similar to reduce the forces on the soldering.		# Connect the battery. Check the correct polarity from the Arduino. You should use some hot glue or similar to reduce the forces on the soldering.