google-site-verification=CElGDHLvy9pKidS-rR7K456fmCb3ctcY6YpPivSsggc 5g | 4G Remote | Hampshire
What is 4G Remote?

4G is a combination of a Helikite aerostat fitted with 4G communications for a rapidly deployable communications network. Helikites are persistent, all-weather, miniature aerostats used by governments and communication specialists worldwide.

What is 4G?
4G is the next generation of mobile phone technology that follows 3G and 2G. 4G communication is almost ten times faster than its predecessor 3G technology. 2G communications was developed for cellular communications but was only suitable for making mobile calls and sending text messages. 3G communication made it possible to use access the internet but at slow speeds. 4G makes internet more accessible and usage of broadband communications available to computers, tablets and smart phones. More data can be downloaded without overwhelming the communication technology.
What is a Helikite?
The Helikite is a type of hybrid kite-balloon. The Helikite comprises a combination of a helium balloon and kite to form a single, aerodynamically sound, unmanned, tethered aircraft, that exploits helium for its lift and harnesses wind for stability and lift.
The Helikite comprises a semi-rigid helium-filled balloon, having a rigid carbon-fibre spine, with the balloon shaped aerodynamically. The balloon is generally oblate-spheroid in shape in shape although this is not essential. Solid spars provide attachment points for payload equipment such as 4G communications or video cameras.

In most winds the aerodynamic lift is greater than the aerostatic lift from the helium.

The Helikite design is intended for all-weather, high-altitude operation. The round, stubby shape allows it to be flown in any weather or for altitudes up to 7000 ft. In wind, both the main aerodynamic lift and the aerostatic lift are at the front, while the spar weight and keel are at the stern. Therefore a Helikite remains stable in relatively high winds

A Helikite is a new type of tethered aerostat with its own official classification, distinct from any type of balloon.
The US Customs classifies a Helikite as "other non-powered aircraft", while the British Civil Aviation Authority's Air Navigation Order has created its own classification as "Helikites" as distinct from "kites" and "balloons".

Customs authorities classify the Helikite as a type of kite because of the considerable positive aerodynamic uplift in wind.
Thousands of Helikites have been operated worldwide, over both land and sea.
Helikites are used for aerial photography antennas, radio-relay, advertising, agricultural bird-control, position marking, and meteorology.  The military also use Helikites as jungle marker balloons, for lifting radio-relays, and raising surveillance equipment.
Helikites are the only compact aerostat capable of reliably operating at sea. For this reason small, rapid-response surveillance Helikites are part of the emergency oil-spill response system of Scandinavia for operations in the arctic ocean.

Due to their stability, Helikites are capable of successfully operating non-gyrostabilised cameras, leading to wide use by photographers and cameramen.

A small Helikite may be used as a "personal aerostat" that is small enough for one person to easily operate and yet will fly high in bad weather.

The British Army military Helikite surveillance system has 34 m³ volume and lifts a lightweight gyro camera with both E/O and IR capabilities. The US surveillance Helikites are 75m3 and carries a larger gyro camera system and targeting equipment. These aerostats outperform a conventional aerostat of twice the size. These Helikites can lift surveillance equipment above the range of small arms fire, effectively making Helikites unassailable to most common threats.

Operators include: US Navy, US Air Force, US Marines, US Navy Seals, British Army, Royal Marines, Australian Defence Force, Lockheed Martin, DSTL, QinetiQ, CENETIX, Thales, British Antarctic Survey, Norway Oil-spill Response, Sandia National Laboratories, Frauenhofer Institute, CSIR, NIWA.

Absolute Project

Absolute Introduction

Aerial Base Station with Opportunistic Links for Unattended and Temporary Events  ABSOLUTE PROJECT.

The project is made up from a consortium of partners and advisors primarily from Europe, but also worldwide. Bringing together leading firms with expertise in important sectors such as telecommunications, aerostats, public safety and emergency services. This is supplemented by academia from several institutes and universities.



Absolute Aims

The main goal of the ABSOLUTE Project is to design and validate rapidly deployable, flexible and scalable broadband services. These can be used in emergency situations where quick 4G Communications are needed. In the aftermath of an emergency, natural disaster or unexpected event, quick and reliable communications with scalability and re-configurability with security is essential.










Absolute Advantages

  • Easily deployable.

  • Can be used in remote areas.

  • Dependable.

  • Reconfigurable.

  • Used in most weather conditions.


Absolute Uses

Some of the many 4G users include:

  • Ministry of Defence

  • Fire, Police

  • Emergency Service Authorities

  • Disaster Relief

  • NGO's

  • Forest Service

  • National Gaurd

  • Event Organisers

Map of London showing 4G with and without a helikite.

Without aerial 4G, the coverage is about 2 miles (yellow dot).

Aerail 4G attached to a helikite can achive 20-50 miles coverage (Orange).

4GRemote Helikite TM   by  ALLSOPP Helikites 

Urban, Landfill, Pest Control, Hawk Kites for Bird Control

Absolute Project Consortium Partners & Advisory Board



Allsopp Helikites Ltd.

Unit 2,

Fordingbridge Business Park

Ashford Road, Fordingbridge

Hampshire, UK







T: +44 (0) 1425 654 967
F: +44 (0) 839 367