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Measured Building Surveys Nationwide and Europe

July 8th, 2014 Comments off

logowhitebackground (Small)Measured surveys Nationwide and Europe!

Mobile CAD Surveying Solutions Ltd  can accommodate either a simple single property floor plan for a domestic or private customer to a complete schedule of buildings including whatever type of data collection the customer requires for a commercial customer. If you are an Architects or Surveyor and you require fast turn around building surveys, please give us a try! we currently work for dozens of architects and designers around the UK, where they haven’t the capacity or staff to handle their own surveys or where they just require someone to make sure the job is done right and first time.

Currently we are working on many Commercial surveys around the country, with a number of domestic and Dimensional Property Surveys around the UK and into Europe.  So if you require any type of Measured Building Survey then please contact us.

We can provide Floor plans,  Elevational drawings, or a Topographical survey also Underground Utility Traces and all types of Measured Building Survey with varying levels of detailed work – from simple walls, columns, doors and window surveys, to a fully detailed data set including all 3D information including cill & head heights, stair riser and going details, door heights, ceiling heights, beam details, fitted furniture etc.. As part of our measured surveys, the surveyors can also pick up and highlight other information for example: any electrical and data points, sanitary fittings, incoming mains positions, plant, fire fighting and detection equipment, security equipment, signage and so on.

An accurate  topographical survey or land survey is essential to any project that you are considering and can lessen the possibility of costly mistakes or unforeseen issues later on.  The amount and type of topographical survey data that we collect on site is always based on your specification. However, our experienced land surveyors will use their knowledge of planning and development issues and requirements to provide additional information that might be vital for any future design or planning application. We are also able to gather information from any utility companies which can be added to your topographical survey drawings..

360D Panoramic Photography – We can also provide a 360 degree photographic record of your project to aid with design/construction – Sample – user name and password is  stanley

The ‘as built’ documentation provided by the company is highly detail oriented, every project can be accompanied by 360 degrees photographs to provide better understanding of the plans. Photographs give clients instant visuals which help in picturing the plan in a much better fashion.

We can also provide other additional land surveying services that you may require, for example; underground services tracing ( GPR – Ground Penetrating Radar) and 3D laser scanning enable us to provide you with a one-stop-shop for your surveying requirements.

for more information, please visit:-

Mobile CAD Surveying+

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Hire a Mobile Surveying Solution

January 19th, 2012 1 comment

Hire a Surveying Kit

Professionally equipped while working in the field – complete boxed solutions, now you can Hire the award winning mobile surveying solution kit with the Sitemaster software for your measured building surveys. Save up to 70% of the time it takes to produce ‘As Built’ floor plans.

Save money by hiring a Sitemaster bundle.

Now you can hire the best Mobile Surveying Solution on the market. Recently made available by Mobile CAD Surveying, the Sitemaster Bundle is now available to hire.

Training for the above kit

For more information: Hire a Graebert Sitemaster Building Kit – Mobile Surveying Solution

 

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NavCom’s SF-3040 GPS

January 16th, 2012 Comments off

NavCom’s SF-3040 pole-mount StarFire/RTK GNSS Survey Receiver provides RTK-level accuracy up to 40 km away from the base station or decimeter-level position accuracy, anywhere in the world, anytime. Powered by the Sapphire™ Engine, the SF-3040 provides 66 channel tracking, including multi-constellation support for GPS, GLONASS, and SBAS including StarFire.

The SF-3040 supports Ultra RTK™, which allows RTK accuracy (0.5cm +1ppm) at up to 40km from the base station. Combined with NavCom’s industry-exclusive RTK Extend™, users can work farther away from base stations and maintain RTK-level accuracy even during radio outages for up to 15 minutes.

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Photogrammetry Services

August 18th, 2011 Comments off
Photogrammetry

Photogrammetry

The well known Mobile Surveying Solution provider and Measured Survey experts are now offering quite a unique service with their new Photogrammetry Service and Photogrammetry Surveys.

Photogrammetry is the practice of obtaining information about physical objects through the process of recording, measuring, and interpreting photographic images. It is most commonly associated with the production of topographic maps through aerial survey, although in recent years it has been increasingly used in such diverse applications as architecture, archaeology, engineering, geology, underwater, and forensic work amongst others. In fact it may be used any situation that requires the generation of accurate three-dimensional data or precise drawings, and is ideally suited to the survey and measurement of buildings and monuments. in any situation that requires the generation of accurate three-dimensional data or precise drawings, and is ideally suited to the survey and measurement of buildings and monuments.

To read more visit: Photogrammetry Services and Example Drawings

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Surveying & Triangulation

August 5th, 2010 Comments off

Surveying & Triangulation

If you are going into the surveying industry then you need to know what survey equipment you will need. We have every type of surveying equipment that you can think of. We sell our survey equipment at unbelievably low prices; we always have specials so make sure to check back often.

Surveying Equipment

When looking for surveying equipment there are a lot of different things you need to take into consideration. What kind of surveying are you going to be doing, do you want to use a total system or would you rather use a theodolite, and how much can you afford to spend on your surveying equipment. The surveying equipment that we sell is the highest quality surveying equipment around.

The History Of Surveying And Survey Equipment

Surveying is the technique and science of accurately determining the terrestrial or 3D space position of points and the distances and angles between them. These points are usually, but not exclusively, associated with positions on the surface of the Earth, and are often used to establish land maps and boundaries for ownership or governmental purposes. In order to accomplish their objective, surveyors use elements of geometry (Latin: measuring the Earth), of engineering, mathematics, physics, and law.

Surveying has been an essential element in the development of the human environment since the beginning of recorded history (ca. 5000 years ago) and it is a requirement in the planning and execution of nearly every form of construction. Its most familiar modern uses are in the fields of transport, building and construction, communications, mapping, and the definition of legal boundaries for land ownership.

Historically, angles and distances were measured using a variety of means, such as chains with links of a known length, for instance a Gunter’s Chain (see Edmund Gunter), or measuring tapes made of steel or invar. In order to measure horizontal distances, these chains or tapes would be pulled taut, to reduce sagging and slack. Additionally, attempts to hold the measuring instrument level would be made. In instances of measuring up a slope, the surveyor might have to “break” the measurement that is, raise the rear part of the tape upward, plumb from where the last measurement ended.

Historically, horizontal angles were historically measured using compasses, which would provide a magnetic bearing, from which deflections could be measured. This type of instrument was later improved upon, through more carefully scribed discs, providing better angular resolution, as well as through mounting telescopes with reticles for more precise sighting atop the disc (see theodolite). Additionally, levels and calibrated circles allowing measurement of vertical angles were added, along with verniers for measurement down to a fraction of a degree such as a turn-of-the-century Transit (surveying).

The simplest method for measuring height is with an altimeter (basically a barometer) using air pressure as an indication of height. But for surveying more precision is needed. Toward this end, a variety of means, such as precise levels have been developed, which are calibrated to provide a precise plane from which differentials in height between the instrument and the point in question, typically through the use of a vertical measuring rod.

The basic tool is a theodolite, set on a tripod, with which one can measure angles (horizontal and vertical), combined with triangulation. Starting from a benchmark, a position with known location and elevation, the distance and angles to the unknown point are measured. A more modern instrument is a total station, which is basically a theodolite with an electronic distance measurement device (EDM). Still more modern is the use of satellite positioning systems, such as a Global Positioning System (GPS). Though GPS systems have increased the speed of surveying, they are still only accurate to about 20 mm. As well GPS systems do not work in areas with dense tree cover. It is because of this that EDMs have not been completely phased out. Robotics allows surveyors to gather precise measurements without extra workers to look through and turn the telescope or record data. A faster way to measure (no obstacles) is with a helicopter with laser echolocation, combined with GPS to determine the height of the helicopter. To increase precision, beacons are placed on the ground (about 20 km apart). This method reaches a precision of about 5 cm.

With the triangulation method, first, one needs to know the horizontal distance to the object. If this is not known or cannot be measured directly, it is determined as explained in the triangulation article. Then the height of an object can be determined by measuring the angle between the horizontal plane and the line through that point at a known distance and the top of the object. In order to determine the height of a mountain, one should do this from sea level (the plane of reference), but here the distances can be too great and the mountain may not be visible. So it is done in steps, first determining the position of one point, then moving to that point and doing a relative measurement, and so on until the mountaintop is reached.

Triangulation

In trigonometry and elementary geometry, triangulation is the process of finding a distance to a point by calculating the length of one side of a triangle, given measurements of angles and sides of the triangle formed by that point and two other reference points.

Some identities often used (valid only in flat or euclidean geometry):  The sum of the angles of a triangle is pi rad or 180 degrees. The law of sines – The law of cosines – The Pythagorean theorem Triangulation is used for many purposes, including surveying, navigation, metrology, astrometry, binocular vision and gun direction of weapons.

Many of these surveying problems involve the solution of large meshes of triangles, with hundreds or even thousands of observations. Complex triangulation problems involving real-world observations with errors require the solution of large systems of simultaneous equations to generate solutions.

Thank-you to Mobile CAD Surveying for allowing us to copy this from their site.

For more information of a similar nature to this above, pelase visit the Mobile CAD Surveying Knowledge Base

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