Link to Next Page Home Link Link to Previous Page Summary link Individual Protection Link Clearance Equipment Link Detection Equipment Link Table of Contents
RHINO Earth Tiller

RHINO Earth Tiller

Objective
Provide a capability to clear large areas of AP and AT mines.

Description
The RHINO Earth Tiller demining system is a remotely controlled vehicle equipped with a device to crush both AP and AT mines as well as other debris, while surviving a maximum AT blast with minimal repair. The earth tiller consists of: (1) the RHINO vehicle equipped with a grader blade, (2) a demining unit with automatic depth control, (3) a dozer blade, (4) a remote control system, (5) a set of tools, (6) data collection and transmission subsystem, and (7) protective shields for the driver cabin and other sensitive components. The vehicle has a crawler chassis and is powered by a commercial Caterpillar diesel engine. The video monitored remote control unit allows operation from up to 1,000 meters from the vehicle. The earth tiller demining system is designed to explode landmines as the tiller drum's tungsten carbide chisels strike them on the ground, or to crush them between the upper and lower tiller drums.

 

Contractor/Developer
MAK Systems Gesellschaft mbH
Falckensteiner Strabe 2   

24159 Keil
(Postfach 9333, 24157 Keil)
Germany
ATTN: Horst Schön/ Manfred Jöhnk
Phone: +49-431-3995-440/443
Fax: +49-431-3995-430
Email: rdeise@pc.maksystemgmbh.de


Performance


A successful prototype demonstration of the RHINO System took place in December 1997. The RHINO has been tested against mine surrogates representing PMN, PSM1, OZM3, POMZ, and DM21 mines buried from 0 - 50 cm in depth, and in areas of sandy soil mixed with stones, grassy areas, and locations with small trees. No damage to the tiller unit occurred. The RHINO was also tested against live AP (DM11) and AT (DM21 and TM62P) mines. No damage occurred from the DM11 mine blast. Minor damage occurred from both the DM21 and TM62P mine blasts. The RHINO's ability to bring buried mines to the surface makes it very effective at reducing suspected minefields. There are two additional modules available: a forest unit for removal of vegetation and wood; and a mixer unit for burying and mixing plants, bushes, brush, lime or fertilizers into the soil. These units feature quick-connect/disconnect installation.

Limitations


  • May not be effective against small AP mines such as the PFM1 (butterfly) mine.
  • Total system weight is 56 metric tons.
  • Packed mud and dirt may accumulate in the lower drum, reducing the effectiveness of the chisels.
  • After crushing mines, the RHINO may leave potentially hazardous landmine components in its wake, necessitating a follow up inspection of the cleared path.
  • The RHINO requires a substantial logistics and maintenance infrastructure to support successful demining operations.

Tiller demo
During the
demonstration with 
buried mine 
surrogates, the tiller
exhibits its capability
of crushing stones 
and bringing buried
mines to the surface.
 

damage to tiller from explosion
After the explosion of
Stet AT mine, DM21,
minor damage to the
demining unit
occurred as shown
here.

Status


One system is in operation in Croatia; a second system was purchased by Korea. The German Government loaned a third RHINO for use in Cambodia. The U.S. tested its system in Jordan and may conduct a test in Israel in 2001. To discuss the possibility of obtaining this item for field testing through the U.S. Humanitarian Demining Program, contact the DoD point of contact listed on page 65 of this catalog.
Specifications 
General: Maximum Clearing Depth:   50 cm
Size:               410 cm W x 101.10 cm L x 315 cm H Speed of Tiller Drum:          30-120 rpm
Total Weight:   56 metric tons
(Basic vehicle - 40 tons; demining unit - 16 tons)
Hill Climbing Ability:           max. 24°
Working Speed:  0-1.3 km/h Vehicle Maximum Speed:   4.0 km/h
Working Width:   340 cm Fuel Consumption:             60-100 l/h

 

Manufacturer’s Sggested Price: $1,795,000

Humanitarian Demining Developmental Technologies 2000 - 2001