Quicksilver Aircraft.
GT500 Agricultural Spray System


GT500 Agricultural Spray System

High Efficiency Aerial Application System

Cost-effective and highly efficient aerial spraying economically priced and easy to operate. Tests and real world results show the Quicksilver Spray System provides up to 90 percent better coverage using up to 90 percent less liquid while spraying at the lowest recommended label chemical application rates.


          QUICKSILVER SYSTEM DROPLETS CONVENTIONAL SYSTEM DROPLETS    
Spray Droplet Comparison

The Quicksilver GT500 really performs with a spraying speed of 65 m.p.h. covering an average of 6 acres (2.5 hectares) per minute and extremely short take-off and landing distances.



SPECIFICATIONS:

   System Weight:
      Standard .............38 lbs. (17.24 kg.)

   Boom Length:
      28 ft (8.5 meters)

   Atomization:
      12 high speed rotating grooved and toothed
      atomizing nozzles air driven by multiblade
      propeller, producing a controlled droplet
      spectrum of narrow range.

   Droplet Spectrum:
      50-300 micron with 95% consistency

   Pressure:
      Requires 5 to 25 psi.
      (10 to 15 psi recommended)

   Flow Regulation:
      Orifice flow regulators (#37, 55, 63, and 92
      supplied),
      flow control manifold w/valves & gauge

   Atomizer Flow Rate:
      1-96 oz./min. (29.6 ml.-2.8 liter/min.)

   Swath Width:
      45 - 60 ft. (13.72 - 18.3 meter)
      (depending on spray altitude)

   Pump Flow Rate:
      8 g.p.m. (30 liters/min.) - 24 VDC Centrifugal
      pump w/remote on/off and tank agitation.

   Acres Covered Per Load:
      High capacity 37 gal. (140 liter) and
      1 liter total spray/acre (2.4 liters/hectare) =
      140 acres (58 hectares).
      2 liter total spray/acre (4.8 liter/hectare) =
      70 acres (29 hectares)

   Acres Covered Per Minute:
      6 acres/minute (2.5 hectare/min.) at 65 mph
      spray speed, 45 - 60 ft. (13.72 - 18.3 meters)
      swath width, 12-15 ft. (3.7 - 4.7 meters)
      altitude.

   Tank Capacity:
      Standard - 94 liters fiberglass
      High Capacity - 140 liters fiberglass

   Benefits:
      1. Lower initial cost as compared to traditional
          aircraft.
      2. Lower operating cost.
      3. Lower maintenance cost.
      4. Typically uses less chemical yet achieves up
           to 90 percent better coverage, thereby
           reducing chemical costs and harmful impact
           on the environment.
      5. Can usually land on site to refill the chemical
          tank rather than flying back to an airport.

Estimated Operating Costs:

Typical Agricultural Aircraft vs
GT500 with Ag Spray System


      Aircraft      

Conventional
Spray
Plane

GT 500
w/Spray
System


Engine
Cost
Engine power (hp.)
Fuel flow (gal./hr.)

Fixed Cost

Depreciation ($/yr.)
Interest
Taxes and License
Hanger
Insurance

Total fixed cost/year

Fuel and oil ($/hr.)
Maintenance

Total variable cost

Total operating cost
(fixed and variable)

$/hr. - 200 hr/yr
         - 400 hr/yr
         - 600 hr/yr

Various
$300,000
600
35

   

$25,200
$26,696
$ 7,217
$ 3,800
$ 15,358

78,271

$78.90
$97.60

$176.50

   
   

$470.26
$372.18
$306.95

Rotax 912
$42,795
80
3.5

   

$3,800
$4,200
$ 720
$1,800
$ 1,840

$12,360

$6.00
$15.00

$21.00

   
   

$82.80
$51.90
$41.60



Note:  The General Aviation plane costs are based
           upon estimated averages for a new entry
           level Ag Plane.

Your Spray System equipped Quicksilver GT500,
when covering approximately 150 acres per hour
and operating at $82.80 per hour results in an
average cost of $0.55 per acre. At $41.60 per
hour your cost is $0.28 per acre.

The General Aviation Aircraft, when covering
approximately 300 acres per hour and operating at
$470.26 per hour, costs on average $1.57 per acre.
At $306.95 per hour, your cost is $1.02 per acre.

The operating cost for your Quicksilver GT500
equipped with a Spray System has a savings of
87% of the per hour cost and a 73% savings over
the per acre cost of the General Aviation Aircraft.

When spraying an average of 5 liters per hectare, the
coverage per hour of the GT500 could increase up
to about 200 acres, 83 hectares per hour, thereby
reducing the cost per acre for the GT 500 by about
25%. Figures are based upon only 3 loads per hour.



NOTE:   Specifications and equipment subject
to change without notice.  




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