Standing the test of time – how Hird’s name has been elevated around the world

The bowler hat, braille, boycott, the Ferris wheel – there is an exclusive club for people who have given their names to items and terms that achieve world fame (and, no, it was not Geoffrey).

Hird joined that club when its founder Peter Hird Snr devised a simple but highly-effective way to test the operational performance of batteries on DC electric articulating booms and scissor lifts.

He invented the test in 1988. Within a few years, it was known around the world as the Hird Test.

Nearly 40 years on, his son, Phil Hird, now Managing Director of Hird, is still receiving enquiries about the Hird Test.

Factory role for Hird Test

He said: “The Hird Test was taken up enthusiastically by manufacturers, especially when electric-powered machines were in their infancy, so they needed a simple way to measure and benchmark the performance of their equipment, and the Hird Test did that for them.

“We heard of a major manufacturer in the USA which had a space at the end of its production line called the Hird Test Area. Very recently we received an enquiry which we understood to be on behalf of a manufacturer in India.”

The Hird Test was invented after Peter Hird & Sons Ltd, as Hird was then called, purchased four new Simon Boxer 120 articulating booms.

Light project sparks test idea

One of the first jobs the machine was used for was to replace wall lights at an education establishment in Hull, where Peter Hird & Sons was, and still is, based.

However, it was found that the mobile elevating working platform’s (MEWP) battery discharged after just three hours, which did not impress the customer greatly.

Peter Hird Snr felt the same way. So, he measured the distances between the light units, their height, and the angle the boom had to slew through to reach them and used these to create a practical operational test to measure battery performance in controlled conditions.

Marking out a test area at Peter Hird & Sons HQ, Peter Hird Snr put the Simon Boxer 120 through the range of movements required. He found that a fully charged machine could manage between 7 and 8 circuits before the battery ran down.

Big MEWP performace boost

Scissor lift perfomance test

After the success of the Hird Test for articulating booms, Peter Hird Snr devised another test for scissor lifts. Just as with articulating booms, this test was quickly taken up to simply and consistently measure and compare MEWP battery performance.

The Hird Test is still relevant today, said Phil Hird, but as more electric MEWPs with lithium-ion batteries come on to the market, the process of carry out such tests is going to be a little more daunting.

He added: “I would reckon that a Hird Test on a modern lithium-ion battery articulating boom could generate circuit figures well into the 100s. Technology has come on in leaps and bounds.

“But if manufactures of these machines really want to find out how they perform, they will need to do a version of the Hird Test. They will not know for sure until then do.”