rEvolution

tRIPOD STAND & LEVELLING STAVE

wooden tripod stand FOR TOTAL STATION

A wooden tripod stand for a total station (TS) is a three-legged stand, typically made of wood and aluminum, used to support and stabilize surveying instruments like total stations, theodolites, and auto levels. These tripods are designed for stability and accuracy in measurements, with features like quick clamps for secure instrument mounting and durable construction for long-term use.

Key Features:

  • Material: Wooden
  • Color: Yellow & Black
  • Package Contents: 1 Tripod
  • Quality: Good

ALUMINIUM tripod stand FOR TOTAL STATION

An ALUMINIUM tripod stand for Total Stations (TS) is a lightweight yet sturdy stand constructed from aluminum, designed to support surveying instruments like Total Stations, theodolites, and auto levels. These tripods are essential for fieldwork in land surveying, construction, and other geodetic operations due to their stability and portability. They typically feature adjustable legs and a strong locking mechanism to ensure instruments remain securely positioned.

KEY FEATURES:

Material :Aluminum construction provides a balance of lightweight design and durability.

Locking Mechanism

Portability

Stability

Compatibility

FIBER tripod stand FOR TOTAL STATION

A Fiber Tripod Stand for Total Stations (TS) is a specialized tripod designed to provide a stable platform for surveying instruments like Total Stations, theodolites, and auto levels. These tripods are typically constructed from fiberglass, making them lightweight yet durable, and offering stability for fieldwork in surveying, construction, and other geodetic operations

KEY FEATURES:

Make : CST

Locking Mechanism

Portability

Stability

Compatibility

ALUMINIUM tripod stand FOR AUTOLEVEL

An ALUMINIUM tripod stand for an auto level is a three-legged stand made of lightweight aluminum, designed to provide a stable platform for an auto level instrument during surveying and leveling tasks. These tripods are adjustable in height and often feature a dual-lock system to ensure stability. They are commonly used in construction, engineering, and other surveying applications.

KEY FEATURES:

Material: Aluminium 

Adjustable Height

Locking Mechanism

Flat Head Mount

Stability

Durability

aluminium levelling stave 6mtrs

A 6-meter aluminum leveling staff is a lightweight, telescopic rod used in surveying and construction to determine elevation differences between pointsIt is typically made of multiple sections that slide and lock into place, allowing for adjustable length and easy transport. The staff is graduated with markings (usually in meters, centimeters, and sometimes millimeters) that are read by a surveying instrument, like an automatic level, to take height measurements. 

Key Features:

  • Material: Made of durable aluminum, offering a balance of strength and light weight. 
     
  • Length: Extends to a total of 6 meters (or 19.7 feet). 
     
  • Sections: Usually consists of 5 sections, allowing for easy extension and retraction. 
     
  • Graduations: Marked with clear, precise measurements for accurate readings. 
     
  • Telescopic Design: The sections slide into each other for compact storage and transport. 
     
  • Locking Mechanisms: Features buttons or other mechanisms to secure each section at the desired length. 
     
  • Finish: Often powder-coated for protection against the elements and enhanced durability. 
     
  • Carrying Case: Usually comes with a canvas or other protective cover for storage and transport. 
     
  • Applications: Essential tool for land surveying, construction, and other applications requiring precise elevation measurements. 
     
  • Compatibility: Designed to be used with various surveying instruments like automatic levels, total stations, and other optical levels. 

aluminium levelling stave 5mtrs

A 5-meter aluminum leveling staff is a telescopic rod, typically made of aluminum, used in surveying and construction to measure vertical distances. It consists of multiple sections that slide into each other, allowing for easy extension and retraction. The staff is graduated with markings (usually E-shaped or millimeter markings) for accurate readings when used with a leveling instrument.

Key Features:

Material: Constructed from lightweight yet durable aluminum.
Telescopic Design: Sections slide in and out for adjustable length, typically collapsing to a shorter transport length.
Graduations: Features markings for measurements, often with E-shaped graduations on one side and millimeter markings on the reverse.
Locking Mechanism: Sections can be locked at the desired length to maintain accuracy.
Carrying Case: Often comes with a canvas or nylon cover for protection and easy transportation.
Bubble Level: Some staffs include a bubble level at the top to aid in vertical positioning.
Weight: Typically weighs around 1.8 kilograms when extended.
Working Range: Usually has a working range of 5 meters when fully extended

aluminium levelling stave 4mtrs

A 4-meter aluminum leveling staff is a graduated rod, typically made of lightweight and durable aluminum, used in surveying and construction to measure vertical distances and determine elevations. It is often designed with multiple telescopic sections, allowing for easy adjustment and portability. The staff is used in conjunction with leveling instruments like auto levels or total stations to accurately measure differences in height between points.

Key Features:

  • Material:

    Made of aluminum, providing a balance of strength and lightweight design for easy handling and transportation. 

     
  • Length:

    A 4-meter length is common, offering sufficient reach for various leveling tasks. 

     
  • Sections:

    Often designed with multiple telescopic sections (e.g., 4 sections) for easy extension and retraction to the desired height. 

     
  • Graduations:

    Clearly marked with measurements in meters, decimeters, centimeters, and millimeters for accurate readings. 

     
  • Construction:

    May feature a premium quality powder coating for long-term durability and protection. 

     
  • Accessories:
    Often includes a canvas cover for protection during storage and transport. 

fiber levelling stave 5mtrs

A 5-meter fiber leveling staff is a surveying tool made of fiberglass, used to determine differences in elevation. It’s typically lightweight, durable, and non-conductive, making it suitable for various surveying tasks. These staffs often feature easy-to-read graduations and may include a carrying case.

Key Features:

 

  • Material: Fiberglass, providing strength and weather resistance. 
     
  • Length: 5 meters (or 5 meters in multiple sections that extend to 5 meters). 
     
  • Graduations: Graduated markings for accurate height measurements, often with color-coding for easy reading. 
     
  • Shape: Typically rectangular-oval or flat with round corners. 
     
  • Durability: Resistant to corrosion and non-conductive (in dry conditions). 
     
  • Carrying Case: Often includes a sturdy carrying case for protection and transport. 
     
  • Application: Used with auto levels or other surveying instruments for leveling tasks. 
     
  • Special Features: Some may have a backside measuring scale for reading at eye level. 

fiber levelling stave 7.6mtrs

A fiber leveling staff, also known as a stave, is a telescopic tool used in surveying, typically made of fiberglass, and is 7.6 meters long when fully extended. These staves are used with surveying instruments like levels to determine the difference in elevation between points. The 7.6-meter length allows for measurements over longer distances in leveling tasks.

Key Features:
  • Material:
    Fiberglass construction provides a balance of lightweight and durability.
  • Telescopic Design:
    The staff extends to 7.6 meters, but can be collapsed for easier transport and storage.
  • Markings:
    Standard metric or other specialized markings are printed on the staff to enable accurate readings.
  • Application:
    Used in conjunction with levels, total stations, and other surveying instruments to measure elevations.