L1 Pro16 Wobble - Revision history

ST: Replaced content with "{{L1 Pro Wobble}} ---- Category:L1 Pro"

2026-02-27T17:44:08Z

Replaced content with "{{L1 Pro Wobble}} ---- Category:L1 Pro"

@@ Line 1: / Line 1: @@
-These comments apply to all L1 Pro Models
+{{L1 Pro Wobble}}
 ----
 [[Category:L1 Pro]]

ST at 17:43, 27 February 2026

2026-02-27T17:43:13Z

← Older revision		Revision as of 17:43, 27 February 2026
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			These comments apply to all L1 Pro Models
	<blockquote>		<blockquote>
	Pro16 "wobble" is an exaggerated myth. There are no line array systems with zero wobble, and the L1 Pro16 is within the range of legacy and competitor systems with regard to play in the array. The extension is a durable polypropylene plastic with a sufficient wall thickness, which has proven to have a high flexural strength and has passed all quality, reliability (thousands of mating cycles), and safety tests. Performance of the system is not affected, as the connections between the array, extender and bass module are very secure and would require a significant amount of force to damage. The L1 Pro16, all current L1 Pro systems, and legacy L1 products meet the same horizontal force stability requirements (or tip testing requirements). Lastly, the electrical connectors used in the L1 Pro16 are the same that have been used on legacy L1 products, which have 17+ years of field usage and satisfactory performance.		Pro16 "wobble" is an exaggerated myth. There are no line array systems with zero wobble, and the L1 Pro16 is within the range of legacy and competitor systems with regard to play in the array. The extension is a durable polypropylene plastic with a sufficient wall thickness, which has proven to have a high flexural strength and has passed all quality, reliability (thousands of mating cycles), and safety tests. Performance of the system is not affected, as the connections between the array, extender and bass module are very secure and would require a significant amount of force to damage. The L1 Pro16, all current L1 Pro systems, and legacy L1 products meet the same horizontal force stability requirements (or tip testing requirements). Lastly, the electrical connectors used in the L1 Pro16 are the same that have been used on legacy L1 products, which have 17+ years of field usage and satisfactory performance.

ST at 04:38, 27 March 2021

2021-03-27T04:38:14Z

← Older revision		Revision as of 04:38, 27 March 2021
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	</blockquote>		</blockquote>

			----

	<blockquote>		<blockquote>
	~~Bose Professional~~
	The L1 Pro system extensions are made of a very durable polypropylene with sufficient wall thickness, proven to have a high flexural strength and meets our rigorous quality, reliability, and safety testing requirements. Reliability testing includes mating and un-mating of the array, extension, and subwoofer components that simulates 10 years of product life, and revealed no degradation in fit or stability. Additionally, the L1 Pro16 meets the same horizontal force stability requirements, or tip testing requirements, that all our L1 legacy products, and current family of L1 Pro products meet. The margin in the extension, array, and subwoofer fit experienced by some users is common with portable line array designs, including our legacy L1 systems.		The L1 Pro system extensions are made of a very durable polypropylene with sufficient wall thickness, proven to have a high flexural strength and meets our rigorous quality, reliability, and safety testing requirements. Reliability testing includes mating and un-mating of the array, extension, and subwoofer components that simulates 10 years of product life, and revealed no degradation in fit or stability. Additionally, the L1 Pro16 meets the same horizontal force stability requirements, or tip testing requirements, that all our L1 legacy products, and current family of L1 Pro products meet. The margin in the extension, array, and subwoofer fit experienced by some users is common with portable line array designs, including our legacy L1 systems.

ST at 04:37, 27 March 2021

2021-03-27T04:37:37Z

← Older revision		Revision as of 04:37, 27 March 2021
Line 2:		Line 2:
	Pro16 "wobble" is an exaggerated myth. There are no line array systems with zero wobble, and the L1 Pro16 is within the range of legacy and competitor systems with regard to play in the array. The extension is a durable polypropylene plastic with a sufficient wall thickness, which has proven to have a high flexural strength and has passed all quality, reliability (thousands of mating cycles), and safety tests. Performance of the system is not affected, as the connections between the array, extender and bass module are very secure and would require a significant amount of force to damage. The L1 Pro16, all current L1 Pro systems, and legacy L1 products meet the same horizontal force stability requirements (or tip testing requirements). Lastly, the electrical connectors used in the L1 Pro16 are the same that have been used on legacy L1 products, which have 17+ years of field usage and satisfactory performance.		Pro16 "wobble" is an exaggerated myth. There are no line array systems with zero wobble, and the L1 Pro16 is within the range of legacy and competitor systems with regard to play in the array. The extension is a durable polypropylene plastic with a sufficient wall thickness, which has proven to have a high flexural strength and has passed all quality, reliability (thousands of mating cycles), and safety tests. Performance of the system is not affected, as the connections between the array, extender and bass module are very secure and would require a significant amount of force to damage. The L1 Pro16, all current L1 Pro systems, and legacy L1 products meet the same horizontal force stability requirements (or tip testing requirements). Lastly, the electrical connectors used in the L1 Pro16 are the same that have been used on legacy L1 products, which have 17+ years of field usage and satisfactory performance.

	Source: Craig Small, Product Manager, Bose Professional on [https://www.facebook.com/groups/BoseL1/permalink/10159304056117446?comment_id=10159304233522446&reply_comment_id=10159316964412446 Facebook]		Source: Craig Small, Product Manager, Bose Professional on [https://www.facebook.com/groups/BoseL1/permalink/10159304056117446?comment_id=10159304233522446&reply_comment_id=10159316964412446 Facebook 2020-12-29]

	</blockquote>		</blockquote>

			<blockquote>
			Bose Professional
			The L1 Pro system extensions are made of a very durable polypropylene with sufficient wall thickness, proven to have a high flexural strength and meets our rigorous quality, reliability, and safety testing requirements. Reliability testing includes mating and un-mating of the array, extension, and subwoofer components that simulates 10 years of product life, and revealed no degradation in fit or stability. Additionally, the L1 Pro16 meets the same horizontal force stability requirements, or tip testing requirements, that all our L1 legacy products, and current family of L1 Pro products meet. The margin in the extension, array, and subwoofer fit experienced by some users is common with portable line array designs, including our legacy L1 systems.

			Source: Craig Small, Product Manager, Bose Professional on [https://www.facebook.com/groups/BoseL1/permalink/10159540199792446/?comment_id=10159540849947446 Facebook 2021-03-26]
			</blockquote>


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	[[Category:L1 Pro]]		[[Category:L1 Pro]]

ST: Created page with "
Pro16 "wobble" is an exaggerated myth. There are no line array systems with zero wobble, and the L1 Pro16 is within the range of legacy and competitor systems wit..."

2020-12-31T20:16:22Z

Created page with "<blockquote> Pro16 "wobble" is an exaggerated myth. There are no line array systems with zero wobble, and the L1 Pro16 is within the range of legacy and competitor systems wit..."

New page

<blockquote>
Pro16 "wobble" is an exaggerated myth. There are no line array systems with zero wobble, and the L1 Pro16 is within the range of legacy and competitor systems with regard to play in the array. The extension is a durable polypropylene plastic with a sufficient wall thickness, which has proven to have a high flexural strength and has passed all quality, reliability (thousands of mating cycles), and safety tests. Performance of the system is not affected, as the connections between the array, extender and bass module are very secure and would require a significant amount of force to damage. The L1 Pro16, all current L1 Pro systems, and legacy L1 products meet the same horizontal force stability requirements (or tip testing requirements). Lastly, the electrical connectors used in the L1 Pro16 are the same that have been used on legacy L1 products, which have 17+ years of field usage and satisfactory performance.

Source: Craig Small, Product Manager, Bose Professional on [https://www.facebook.com/groups/BoseL1/permalink/10159304056117446?comment_id=10159304233522446&reply_comment_id=10159316964412446 Facebook]

</blockquote>

----
[[Category:L1 Pro]]

L1 Pro16 Wobble - Revision history

ST: Replaced content with "{{L1 Pro Wobble}} ---- Category:L1 Pro"

ST at 17:43, 27 February 2026

ST at 04:38, 27 March 2021

ST at 04:37, 27 March 2021

ST: Created page with " Pro16 "wobble" is an exaggerated myth. There are no line array systems with zero wobble, and the L1 Pro16 is within the range of legacy and competitor systems wit..."

ST: Created page with "
Pro16 "wobble" is an exaggerated myth. There are no line array systems with zero wobble, and the L1 Pro16 is within the range of legacy and competitor systems wit..."