Rosengrens RKL-10 - Revision history

Datagram: small edit to test settings

2025-01-05T04:10:22Z

small edit to test settings

← Older revision		Revision as of 04:10, 5 January 2025
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	\| spec_comp = 9		\| spec_comp = 9
	}}		}}

			The '''RKL-10''' is a [[disc-detainer]] lock used on [[safe]]s made by [[Rosengrens]].

Technical Entry: /* Gallery */

2024-06-23T12:20:23Z

Gallery

← Older revision		Revision as of 12:20, 23 June 2024
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	File:RKL10_key_in_lock-Idanhurja.png		File:RKL10_key_in_lock-Idanhurja.png
	File:RKL10_keyhole_curtain_turned-Idanhurja.png \|RKL-10 keyhole with curtain rotated.		File:RKL10_keyhole_curtain_turned-Idanhurja.png \|RKL-10 keyhole with curtain rotated.
			File:RKL10_MakeUpKey_TechnicalEntry.jpg \|RKL-10 Make Up Key and Key Gauge.
	</gallery></div>		</gallery></div>

Technical Entry: /* Principles of operation */

2024-06-18T13:48:04Z

Principles of operation

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	== Principles of operation ==		== Principles of operation ==
	This lock has a double circular lever one pack consisting of 9 code wheels and 2 driver wheels. The other pack engages with the cuts on the key, drives the code pack and a corresponding fence that will go into the true cuts and then allows the bolt to be moved into the open or closed positions. The key has 9 different cuts (1 passive cut called AB). Cuts 1-4 are on the A-side of the key. Cuts 5-8 are on the B-side of the key. No cut on side A is called A1. Deepest cut on side A is called AB. AB is a passive cut. An AB cut meant that the next active cut is B5-B8. There is a transport key which being a no-cut is all A1's.		This lock has a double circular lever one pack consisting of 9 code wheels and 2 driver wheels. The other pack engages with the cuts on the key, drives the code pack and a corresponding fence that will go into the true cuts and then allows the bolt to be moved into the open or closed positions. The key has 9 different cuts (1 passive cut called AB). Cuts 1-4 are on the A-side of the key. Cuts 5-8 are on the B-side of the key. No cut on side A is called A1. Deepest cut on side A is called AB. AB is a passive cut. An AB cut meant that the next active cut is B5-B8. There is a transport key which being a no-cut is all A1's.
	Only one side of the key is ever active in each cut position. Cuts on the opposite side of the key in these positions are only to make visual inspection harder.		Only one side of the key is ever active in each cut position. Cuts on the opposite side of the key in these positions are only to make visual inspection harder. There are two versions of this lock. Only the code wheels differ. Version one takes longer to decode although decoding is possible the procedure is different.

	== Gallery ==		== Gallery ==

Silke: /* External links */

2024-06-13T20:46:40Z

External links

← Older revision		Revision as of 20:46, 13 June 2024
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	* Idanhurja [https://www.youtube.com/watch?v=DB4xi3W_O-4 Operation of RKL10 demonstrated using a cutaway lock] (video)		* Idanhurja [https://www.youtube.com/watch?v=DB4xi3W_O-4 Operation of RKL10 demonstrated using a cutaway lock] (video)
	* Fey, Han. [https://toool.nl/images/7/72/Abloypart4.pdf Abloy Special Products (Part 4)]		* Fey, Han. [https://toool.nl/images/7/72/Abloypart4.pdf Abloy Special Products (Part 4)]
	* ~~RKL10 opening~~ [https://technicalentry.de/rosengrens-the-european-sicherheitsstufe-iv-tresor-ohne-schluessel-oeffnen/] (German language)		* Technical Entry [https://technicalentry.de/rosengrens-the-european-sicherheitsstufe-iv-tresor-ohne-schluessel-oeffnen/ RKL10 opening ] (German language)

	== See also ==		== See also ==

Silke: /* External links */

2024-06-13T20:45:01Z

External links

← Older revision		Revision as of 20:45, 13 June 2024
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	* Idanhurja [https://www.youtube.com/watch?v=DB4xi3W_O-4 Operation of RKL10 demonstrated using a cutaway lock] (video)		* Idanhurja [https://www.youtube.com/watch?v=DB4xi3W_O-4 Operation of RKL10 demonstrated using a cutaway lock] (video)
	* Fey, Han. [https://toool.nl/images/7/72/Abloypart4.pdf Abloy Special Products (Part 4)]		* Fey, Han. [https://toool.nl/images/7/72/Abloypart4.pdf Abloy Special Products (Part 4)]
			* RKL10 opening [https://technicalentry.de/rosengrens-the-european-sicherheitsstufe-iv-tresor-ohne-schluessel-oeffnen/] (German language)

	== See also ==		== See also ==

Technical Entry: /* Vulnerabilities */

2024-06-02T16:09:34Z

Vulnerabilities

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	*2 - Use the anlalysis sheet to determine true or false gates		*2 - Use the anlalysis sheet to determine true or false gates
	*3 - test possible combinations and open the lock		*3 - test possible combinations and open the lock
	Time to decode using this technique ranges from about 12-40 minutes. The key ~~of the key~~ affects the decoding time.		Time to decode using this technique ranges from about 12-40 minutes. The key code affects the decoding time.
	The procedure is possible due to the design of the code wheels following a known pattern.		The procedure is possible due to the design of the code wheels following a known pattern thus true code is possible to deduce via testing in a much reduced code space.

	== External links ==		== External links ==

Technical Entry: /* Vulnerabilities */

2024-06-02T16:04:07Z

Vulnerabilities

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	*2 - Use the anlalysis sheet to determine true or false gates		*2 - Use the anlalysis sheet to determine true or false gates
	*3 - test possible combinations and open the lock		*3 - test possible combinations and open the lock
	*Time to decode using this technique ranges from about 12-40 minutes. The key of the key affects the decoding time.		Time to decode using this technique ranges from about 12-40 minutes. The key of the key affects the decoding time.
	The procedure is possible due to the design of the code wheels following a known pattern.		The procedure is possible due to the design of the code wheels following a known pattern.

Technical Entry: /* Vulnerabilities */

2024-06-02T16:03:21Z

Vulnerabilities

← Older revision		Revision as of 16:03, 2 June 2024
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	The decoding process for this high security lock was first designed and developed by a company called Technical Entry in 2012.		The decoding process for this high security lock was first designed and developed by a company called Technical Entry in 2012.

	*The process has three phases:		The process has three phases:
	*1 - Determine whether the true cut for each lever is an odd or even number (1,3,5,7 or 2,4,6,8)		*1 - Determine whether the true cut for each lever is an odd or even number (1,3,5,7 or 2,4,6,8)
	*2 - Use the anlalysis sheet to determine true or false gates		*2 - Use the anlalysis sheet to determine true or false gates

Technical Entry: /* Vulnerabilities */

2024-06-02T16:02:59Z

Vulnerabilities

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	*Lockpicking		*Lockpicking
	*Decoding		*Decoding
	The decoding process for this high security lock was first designed and developed by a company called Technical Entry in 2012. The process has three phases:		The decoding process for this high security lock was first designed and developed by a company called Technical Entry in 2012.
	1 - Determine whether the true cut for each lever is an odd or even number (1,3,5,7 or 2,4,6,8)
	2 - Use the anlalysis sheet to determine true or false gates		*The process has three phases:
	3 - test possible combinations and open the lock		*1 - Determine whether the true cut for each lever is an odd or even number (1,3,5,7 or 2,4,6,8)
	Time to decode using this technique ranges from about 12-40 minutes. The key of the key affects the decoding time.		*2 - Use the anlalysis sheet to determine true or false gates
			*3 - test possible combinations and open the lock
			*Time to decode using this technique ranges from about 12-40 minutes. The key of the key affects the decoding time.
	The procedure is possible due to the design of the code wheels following a known pattern.		The procedure is possible due to the design of the code wheels following a known pattern.

Technical Entry: /* Vulnerabilities */

2024-06-02T16:01:01Z

Vulnerabilities

← Older revision		Revision as of 16:01, 2 June 2024
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	The decoding process for this high security lock was first designed and developed by a company called Technical Entry in 2012. The process has three phases:		The decoding process for this high security lock was first designed and developed by a company called Technical Entry in 2012. The process has three phases:
	1 - Determine whether the true cut for each lever is an odd or even number (1,3,5,7 or 2,4,6,8)		1 - Determine whether the true cut for each lever is an odd or even number (1,3,5,7 or 2,4,6,8)

	2 - Use the anlalysis sheet to determine true or false gates		2 - Use the anlalysis sheet to determine true or false gates

	3 - test possible combinations and open the lock		3 - test possible combinations and open the lock

	Time to decode using this technique ranges from about 12-40 minutes. The key of the key affects the decoding time.		Time to decode using this technique ranges from about 12-40 minutes. The key of the key affects the decoding time.
	The procedure is possible due to the design of the code wheels following a known pattern.		The procedure is possible due to the design of the code wheels following a known pattern.