Working Height (m)
12.21
LxWxH
4.10x1.50x1.90
Power Type
Diesel or Electric
SWL
200kg
Weight
3100kg
Platform Size
1.12 x 0.64 m
Closed Width
1.50 m
Closed Height
1.90 m
Ground Condition
Finished/Unfinished
Operational Optional
200.0 kg
Terrain
Even Terrain
Non-Marketing Tyres
Indoor, Outdoor

The Height Rider 12 Narrow (HR12N) self propelled boom lift is one of the most versatile and reliable machines in its class.

It is specifically designed to give maximum reach performance from the lightest, most compact base possible. A telescopic upper boom gives the HR12N self propelled boom lift improved accuracy when positioning the platform and superb manoeuvrability makes it ideal for a wide range of applications.

With a 1.50m (4ft 11in) narrow chassis, the HR12N self propelled boom lift is ideal for working in factories, warehouses or anywhere that space is restricted.

Its Bi-Energy option allows the HR12N self propelled boom lift to work for extended periods inside and outside, making it the perfect all-rounder.

 

Application

  • Industrial cleaning
  • Cleaning
  • Construction
  • Electrical
  • Facilities management
  • Heating
  • Ventilating & air conditioning
  • Mechanical engineering
  • Property development

3b - IPAF Operator Training Mobile Boom

Course length: 1 day

This programme is designed for the operators of Mobile Elevated Work Platforms (MEWPs), for the renewal of PAL cards, or for those looking to learn how to operate MEWPs, in particular any boom lifts that do not have outriggers and so can be driven whilst elevated.

Course Objective

To instruct an operator to prepare and operate various types of Mobile Elevating Work Platforms (MEWPs) in particular any boom lifts that do not have outriggers so that you can drive the machine whilst elevated.

Who should attend

This programme is designed for the operators of MEWPs, for the renewal of PAL cards, or for those looking to learn how to operate MEWPs. This course will consist of classroom based tutorials, demonstrations and practical and written tests.