Various types of camouflage towers
PHOENIX DACTILIFERA Palm Tower
The phoenix Dactilifera or date palm, known since ancient times, was regarded by the Egyptians as a fertility symbol, as it was even used in coins and monuments in these regions. Its name reflects the ancient origins of this magnificent tree, which is said to have been spread by the Phoenicians themselves. Today, these palms are native to North Africa and are widely cultivated from the Arabian Peninsula to the Persian Gulf. They are also prolific in the Canary Islands, northern Mediterranean and southern US states. This majestic palm, with its slender trunk reaching 30m in height, is conspicuously covered with the remains of deciduous sheaths. Its leaves, up to 20-30 are clustered together to form a loose crown axis, pinnately, up to 6m long, the upper leaves rise, the base leaves are curved again, these parts are cortical, linear, rigid , spiky, blue-green. This variety of palm produces the best edible dates. They used this graceful natural palm to model camouflage towers in arid and semi-arid regions. The steel shaft is made of high-grade steel and galvanized according to ISO standards. Molded from fiberglass and resin, the bark is fastened to an internal steel trunk, hand-colored and textured to ensure perfect realism and a high-quality finish that looks natural, even when viewed up close. The leaves are made from special materials tested to ensure durability, authentic appearance and minimal RF attenuation as they camouflage cellular and microwave antennas. This variety of palm produces the best edible dates. They used this graceful natural palm to model camouflage towers in arid and semi-arid regions. The steel shaft is made of high-grade steel and galvanized according to ISO standards. Molded from fiberglass and resin, the bark is fastened to an internal steel trunk, hand-colored and textured to ensure perfect realism and a high-quality finish that looks natural, even when viewed up close. The leaves are made from special materials tested to ensure durability, authentic appearance and minimal RF attenuation as they camouflage cellular and microwave antennas. This variety of palm produces the best edible dates. They used this graceful natural palm to model camouflage towers in arid and semi-arid regions. The steel shaft is made of high-grade steel and galvanized according to ISO standards. Molded from fiberglass and resin, the bark is fastened to an internal steel trunk, hand-colored and textured to ensure perfect realism and a high-quality finish that looks natural, even when viewed up close. The leaves are made from special materials tested to ensure durability, authentic appearance and minimal RF attenuation as they camouflage cellular and microwave antennas. Molded from fiberglass and resin, the bark is fastened to an internal steel trunk, hand-colored and textured to ensure perfect realism and a high-quality finish that looks natural, even when viewed up close. The leaves are made from special materials tested to ensure durability, authentic appearance and minimal RF attenuation as they camouflage cellular and microwave antennas. Molded from fiberglass and resin, the bark is fastened to an internal steel trunk, hand-colored and textured to ensure perfect realism and a high-quality finish that looks natural, even when viewed up close. The leaves are made from special materials tested to ensure durability, authentic appearance and minimal RF attenuation as they camouflage cellular and microwave antennas.
COCOS PLUMOSA Palm Tower
Cocos Plumosa, also commonly referred to as "Queen Palm", originated in Brazil and has been successfully grown in warm climates around the world. This magnificent palm tree was the ideal natural specimen, and they used it as a model for the design and construction of camouflage towers. By meticulously sculpting the tower from nature to resemble the Cocos Plumosa, the company has succeeded in creating a highly versatile multi-carrier camouflage structure ideal for temperate, subtropical and tropical environments. Monopoles and steel sections are made of high-quality steel, galvanized according to ISO standards. The "bark" is created by surface treatment using special colorants and coatings that are applied to the steel trunk. Natural colors ensure durability,
Foxtail Palm Tower
Foxtail Palm or Wodyetia Bifurcata is from Queensland, Australia and is favored by palm lovers and landscapers for its slender trunk and neat appearance, especially the arched crown of the light green leaves, which, as the name suggests, makes the palm's leaves look like a The fox's tail swayed in the breeze. Foxtail palm is now one of the most popular landscape palms in the world. Following nature, they used Foxtail Palm to create a camouflaged antenna support structure for subtropical and tropical landscapes. The ideal height for the Foxtail is 12m; however, the structure is still aesthetically pleasing at 25m. The "trunk" of the palm is made of high-quality steel and galvanized according to ISO standards. "Bark" is molded from fiberglass and resin and hand-colored and toned for a natural, high-quality finish that stands up to scrutiny. Alternatively, steel surfaces are painted using a technique called surface manipulation. This structure is best suited for urban environments where a natural garden appearance is desirable and aesthetically pleasing. The unsightly GSM and microwave antennas are camouflaged by the crown of the green leaf, but minimal RF shielding is obtained using a special type of material during the manufacture of the leaf. All cables run down from the inside of the "trunk" to ensure a natural look. The appearance of a natural garden is desirable and aesthetically pleasing. The unsightly GSM and microwave antennas are camouflaged by the crown of the green leaf, but minimal RF shielding is obtained using a special type of material during the manufacture of the leaf. All cables run down from the inside of the "trunk" to ensure a natural look. The appearance of a natural garden is desirable and aesthetically pleasing. The unsightly GSM and microwave antennas are camouflaged by the crown of the green leaf, but minimal RF shielding is obtained using a special type of material during the manufacture of the leaf. All cables run down from the inside of the "trunk" to ensure a natural look.
PHOENIX RECLINATA Palm Tower
The Phoenix Reclinata or African wild date palm is found in open forests, savannas, woodlands or low shrubs throughout Africa. In warm to mild climates, this palm tree is used by gardeners in gardens and park settings worldwide. This elegant, slender palm is an ideal model for their camouflaged structure. The "trunk" is made of high-quality steel, galvanized to ISO specifications. 'Bark' is moulded from fibreglass and resin, coloured and moulded by hand for a natural, high quality finish that will stand up to scrutiny. Alternatively, paint steel surfaces using a technique called SurfaceManipulation. This structure is best suited for urban environments where a natural garden appearance is desirable and aesthetically pleasing. The cellular antenna is camouflaged by a green leaf crown, but minimal RF shielding is obtained by using a special type of material in the manufacture of the palm leaves. All cables run down from the inside of the trunk to ensure a natural look.
yellow wood tower
The Yellowwood or Podocarpus Latifolius family is primitive and has existed in southern Africa for over 100 million years. Yellowwood is the national tree of South Africa. It is widely distributed, from Table Mountain, along the Southern and Eastern Cape coasts, and the gorges of Drakensberg all the way to Soutpansberg and Blouberg in the Northern Provinces. In forests it can grow up to 40 meters tall; by contrast, trees that grow in unshaded places such as hillsides are shorter and have fewer leaves. The bark is khaki to gray in color, and the crown leaves are relatively small relative to tree height. This stately ornamental tree was the ideal specimen they used to simulate camouflage structures. By meticulously following nature, making this tower very similar to a yellowwood tree, you have succeeded in creating a highly versatile multi-carrier structure capable of blending in with the nature of the vast expanse of southern Africa. Monopoles and steel sections are made of high-quality steel, galvanized according to ISO standards. The "bark" is created by surface treatment using special colorants and coatings that are applied to the steel trunk. Natural colors ensure durability, realism and high-quality finishes. The leaves are made of materials that allow minimal RF attenuation and are used to camouflage cellular and microwave antennas from view. The tower is designed to be climbable inside and has doors at the bottom and top of the structure.
Pine Pole Tower.
Pine or Pinus is an evergreen conifer that uses pine needles instead of leaves. It is considered one of the oldest extant tree species and is known as the "mother tree". Brolaz chose Pinus Taeda (loblolly pine) as the model for the tower. We paid close attention to nature and created a stunning tree that adds a spectacular feature to most natural environments. Monopoles (or trunks) and steel profiles are made of the highest quality steel galvanized according to ISO standards. The "bark" is created through surface treatment using specialized colorants and coatings that are applied to the steel shaft. Realistic natural colors further ensure high durability and high-quality finishes. Pine needles and branches are made of special materials that minimize RF attenuation and are used to camouflage cellular and microwave antennas. The tower is designed to be climbable internally, with hidden doors at the bottom and top of the structure. The wide working platform and antenna installation area at the top of the tower ensure that the installation and maintenance of the antenna are convenient.
Cypress Pole Tower.
The cypress or cypress is usually a flaming, tapered, cone-shaped tree with very short stems or trunks visible below its branches. The branches are erect and close to the trunk. Branches split repeatedly in one plane, creating a leaf-like spray. The overlapping small leaves are smooth, glossy and green in color. This tree originated in the Mediterranean and has been successfully grown all over the world. Brolaz used this stately tree to simulate its Mediterranean camouflage tower. The steel shaft is made of high-quality steel, galvanized according to ISO standards. The leaves are designed very similar to nature and are installed in the trunk by means of metal stems and corresponding pockets. This ensures an aesthetically pleasing appearance and provides a highly durable leaf cover that is indistinguishable from natural trees. Antennas are effectively camouflaged on top of the structure by leaves.
lighthouse.
The lighthouse camouflage structure offers a great solution for coastal environments, it blends in with the local environment. This structure is a multi-stage structure that accommodates up to 6 operators' antennas mounted on top of the structure behind an RF transparent panel. This type of structure is very 'site specific' in nature and needs to be designed according to the client's requirements to ensure full compliance with the structural and aesthetic requirements. Special materials used to cover the top of the structure ensure minimal RF attenuation and protect cellular and microwave antennas from harsh coastal environments, while effectively hiding these antennas from public view.
Greek island windmill tower.
The Greek Island Windmill Tower is an example of a custom-designed architectural feature whose sole purpose is to provide a solution that not only hides the cell tower, but also uses the structure to add value to the environment of an entire village or development environment. This particular app offers a landmark style set of the Greek villages below. Solutions like this have been developed to meet all the stringent requirements of cellular operators and discerning landowners to ensure a mutually agreeable structure. The structural portion of this particular feature is constructed using conventional materials. The top of the structure is made of RF transparent material, the color, texture and shape blend seamlessly with the rest of the tower.
Flag tower.
The structural parts of the tower are made of high-grade steel galvanized according to ISO specifications. Antenna mounting poles are mounted behind specially designed and manufactured cladding panels. The material used for the cladding provides an ideal surface for signage and advertising, while effectively masking the cellular and microwave antennas mounted above the tower. This structure can be adapted and custom designed to fit into most urban site locations.
