(3) **Crew cabin**

	- The basic crew will consist of a driver, an operator of the water cannon or the functional mast, and a vehicle commander (who has the possibility of taking over an operator's activities)
	- One full-value observer seat (commander of the action, units…)
	- One emergency seat in case of evacuation
	- The seats will be equipped with four-point self-winding belts, with headrests and increased lateral guidance (the emergency seat may be folding and fitted with a basic lumbar belt)
	- The seats must provide comfortable seating for several hours (without the possibility to leave the vehicle)
	- The cab design shall meet the requirements for protection against thrown objects, it shall not restrict the view of the crew, and it shall be easy to maintain and repair
	- The possibility of integrating basic ballistic protection, especially against splinters
	- An emergency exit for the crew shall be located in the roof
	- Air conditioning and independent heating
	- Filtered ventilation
	- Control of all vehicle technologies
	- Camera display units
	- Driver's camera display units
	- 2 pcs RDST
	- A computer with a connection to MBP and tactical software
	- A computer with a connection to helicopter image and operating center information
	- Data storage for camera recordings with a capacity to store data for a min. 24h

**155**

*The Police Development and Protection of Soft Targets DOI: http://dx.doi.org/10.5772/intechopen.92072*

which fallen or thrown objects might enter

also be secured against misuse or theft

the connection of a drinking water hose

space lighting

(4) **Technical superstructure**

essential

any contamination

placed at the lateral part

with hose)

i. A tear gas tank

j. A coloring agent tank

vehicles front part

(5) **Other technical elements**

360° space around the vehicle

• A powerful LED reflector will be placed on the upper exterior of the cab to create a light curtain, to be used as a coercive means through glare and for

a. Structurally, it must be smoothly connected to crew cabin, and there shall not be any clearance between the cab and the technical superstructure into

b. The surface must withstand thrown objects, and easy and cheap repair is

c. Location of all technology and equipment must be easily accessible but must

d. Water tank with min. capacity 4000 L, the material and construction used must allow easy cleaning, and transport of drinking water protected from

e. The rear part of the superstructure will accommodate technologies allowing

f. Hose inputs/outputs will be located in rear part (tank filling - flow line

g. Power generator distribution panel (3 × 230 V 10A, 2 × 230 V 16A) will be

h. A power generator with connection to the vehicle tank – remote-controlled from the cab, with automatic operation, controlled from the distribution panel

k. Telescopic and retractable fence closures of 0–150 cm width on each side at

(channel line) – at its resting position, it will be inserted into the superstructure of the roof, and in its use, it will be extended and will cover the

m. In the vehicles upper front part, there will be a telescopic mast equipped with a rotator carrying a UHD camera with night-time (low-lux) capability (IR illumination), thermal imaging camera, and an LRAD-type device (min. level 450LX)

n. A telescopic mast will be placed in the upper rear part to enable illumination

a. On the top of the vehicle, there will be strobe lights (blue/red) covering the

l. In the upper part of the front, there will be placed a monitor mount

space of min. 270° around vehicles front-to-back axle

of the circular space within a radius of 50 m

• Video and audio on-line transmission technology

• A powerful LED reflector will be placed on the upper exterior of the cab to create a light curtain, to be used as a coercive means through glare and for space lighting
