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About
Founder
Background
Teams
Capabilities
Privacy Policy
Achievements
Patrol Airships Concept Evaluation (PACE) Trials 1983
Introduction
Buoyant Aircraft
Omni-directional
Lenticular
Aeroraft
StratRaft
Unidirectional
Projects
Derived Lenticular Types
Small Models
Tethered Aerostats
Low-Captured Aerostats
Normal Category Luffships
Commuter Category Luffships
Transport Category Luffships
Other Types
Patroller 3
General Information
Abbreviations
Definitions
Buoyant Aircraft Technology Documents
Q&As 1: LSL’s Buoyant Aircraft Designs
Q&As 2 about airships generally
Airships are big and slow
How do airships work?
What about weather effects on airship operations?
What determines an airship’s size?
What happens if an airship gets a hole in it?
What is an airship?
Why use airships for surveillance
Why were former airships abandoned?
Links
Professional Services
Associates
Contact Us
Blog
Home
About
Founder
Background
Teams
Capabilities
Privacy Policy
Achievements
Patrol Airships Concept Evaluation (PACE) Trials 1983
Introduction
Buoyant Aircraft
Omni-directional
Lenticular
Aeroraft
StratRaft
Unidirectional
Projects
Derived Lenticular Types
Small Models
Tethered Aerostats
Low-Captured Aerostats
Normal Category Luffships
Commuter Category Luffships
Transport Category Luffships
Other Types
Patroller 3
General Information
Abbreviations
Definitions
Buoyant Aircraft Technology Documents
Q&As 1: LSL’s Buoyant Aircraft Designs
Q&As 2 about airships generally
Airships are big and slow
How do airships work?
What about weather effects on airship operations?
What determines an airship’s size?
What happens if an airship gets a hole in it?
What is an airship?
Why use airships for surveillance
Why were former airships abandoned?
Links
Professional Services
Associates
Contact Us
Blog
Projects
LSL’s buoyant aircraft and associated projects include the following developments:
Derived Lenticular Types
Other Types
Fabric Structures
Ground Systems and Equipment