Draft:Atlas LTA Advanced Technology

Submission rejected on 8 April 2025 by Sophisticatedevening (talk).

This topic is not sufficiently notable for inclusion in Wikipedia.

Rejected by Sophisticatedevening 4 days ago. Last edited by Theroadislong 3 days ago.

Submission declined on 8 April 2025 by Jlwoodwa (talk).

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Submission declined on 8 April 2025 by Sophisticatedevening (talk).

This draft's references do not show that the subject qualifies for a Wikipedia article. In summary, the draft needs multiple published sources that are:

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Submission declined on 8 April 2025 by Bonadea (talk).

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This draft's references do not show that the subject qualifies for a Wikipedia article. In summary, the draft needs multiple published sources that are:

in-depth (not just brief mentions about the subject or routine announcements)
reliable
secondary
strictly independent of the subject

Make sure you add references that meet all four of these criteria before resubmitting. Learn about mistakes to avoid when addressing this issue. If no additional references exist, the subject is not suitable for Wikipedia.

Declined by Bonadea 4 days ago.

Comment: Repeatedly resubmitted with no changes or improvement, still AI text, still no indication of notability. Sophisticatedevening🍷^(talk) 19:35, 8 April 2025 (UTC)

Comment: Before submitting a draft, please make sure to look at it and read it through. Wikipedia articles are written in cohesive paragraphs, not in blocks of text which look like bulleted lists written on one line of text. bonadea contributions talk 11:05, 8 April 2025 (UTC)

Atlas LTA Advanced Technology Ltd. is an Israeli aerospace company specializing in the design and production of lighter-than-air (LTA) vehicles, including airships, tethered aerostats, and high-altitude pseudo-satellites (HAPS). The company develops aerial platforms for applications such as surveillance, telecommunications, cargo transport, and environmental research.

Overview

Atlas LTA was founded and is led by Gennadiy Verba, an Israeli and U.S. citizen with decades of experience in the LTA field. The company's design bureau consists of both seasoned professionals and younger engineers, working on modern airship concepts, structural design, and autonomous flight control systems. Its production facilities include equipment for automated fabric cutting, high-frequency welding, and material testing, allowing for in-house development and quality assurance.

Operations

Atlas LTA designs and manufactures various types of LTA vehicles. Among its flgship developments is ATLANT, a hybrid cargo airship intended for remote area logistics. ATLANT is designed to operate without runways, offering logistical solutions in regions with limited infrastructure.

The company also works on high-altitude pseudo-satellites (HAPS) — stratospheric platforms capable of staying aloft for extended periods. These vehicles are used for environmental monitoring, aerial surveillance, and communication services.

In terms of materials and propulsion, Atlas LTA invests in the development of lightweight, durable envelope fabrics and hybrid-electric propulsion systems. It also explores autonomous navigation technologies to improve the performance and efficiency of its aerial platforms.

Notable Projects and Achievements

Over the years, Atlas LTA has delivered more than 200 tethered aerostat systems ranging in volume from 100 to 13,000 cubic meters. It has developed and deployed over a dozen airships, including models with varying passenger capacities. The company contributed to the Loon Project by Google, providing expertise in the design of high-altitude LTA platforms. Additionally, Atlas LTA has created proprietary envelope materials resistant to radiation and extreme temperatures, used in long-endurance platforms.

The company’s LTA solutions have been utilized across industries such as defense, telecommunications, tourism, and scientific research.

Future Plans

Atlas LTA continues to work on autonomous flight technologies, sustainable propulsion systems, and artificial intelligence for flight control. Current research projects include long-endurance atmospheric platforms and next-generation airships intended for global communication and cargo delivery.

References