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ISO 9001:2015 CERTIFIED
Menu
Home
Products
Stern Drives
Electric / Hybrid Propulsion Solutions
Accessories
Applications Gallery
Customer Service
Parts
Warranty
Events
Technical Documents
Technical Documentation
Sales Resources / Brochures
Training
Find A Dealer
About Us
NEWS
History
Facilities
Jobs
Contact Us
ISO 9001:2015 CERTIFIED
Analysis Form
Date
MM
DD
YYYY
Name
*
First Name
Last Name
Company
Email Address
*
Phone
(###)
###
####
Fax
(###)
###
####
Address
Address 1
Address 2
City
State/Province
Zip/Postal Code
Country
I. Goals & Objectives
A. Vessel Name
B. Vessel Condition
New Build
Repower/Reprop
Date Manufactured
MM
DD
YYYY
C. Vessel Use Patterns
(i.e. hours per year anticipated, distances traveled, purpose)
Operational (hours/year)
Normal Long Distance Run (miles/km)
Service
Recreational/Pleasure
Work/Commercial
Towing/Bollard Pull
Military Enforcement
Personnel Transport Crew
Commercial Hire
Other (please enter details)
Other Service:
Objectives
Please check all that apply, and leave blank if not applicable
Top Speed
Towpull (thrust)
Trolling
Maneuverability
Acceleration
Less cavitation, noise or vibration
Efficiency at cruise speeds
Heavy weather operation
E. Tasks
Recommend a gear ratio
Recommend a propeller
Recommend an engine
Recommend a transmission
Recommend a Konrad stern drive model
II. Principal Vessel Condition
All calculations will be based on this data, so this should reflect the principal operating condition of the vessel.
A. Vessel Make/Model
B. Hull Type
Displacement
Semi-displacement
Barge
Catamaran
Planing
Other (enter details)
Other hull type:
C. Hull Material
Aluminum
Fiberglass/Resin
Wood
Composite (specify materials)
Composite material:
D. Dimensions (supply units)
1a. Length, Overall
1b. Length, at waterline
2. Beam
3. Draft
4. Deadrise angle at stern
5. Number of propulsion units
(single, twin, triple, quad)
6a. Weight, operational (full fuel)
6b. Weight, normal max load
describe fuel volume:
describe cargo weight:
describe passenger quantity:
7. Transom thickness
(surface the stern drive is mounted to)
8. Vessel Voltage
12V
24V
Both Available
III. Engine Room Geometry
A. Distance from transom to engine room bulkhead
FWD - rear engine room
AFT - midship engine position only
B. Engine Position in Hull
1. Front of engine
2. Front engine mount centerline
3. Bell housing adapter face
(where transmission attaches)
C. Transom Rake Angle
D. Distance from engine centerline to vessel centerline
(keel – for tie bar length in twin applications)
E. Engine from trim pumps to helm control station
(usually transom mounted)
IV. Proposed Engine/Gear
A.
New Engine
Existing Engine
Remanufactured Product
B. Engine Make/Model
C. Rated Horsepower (maximum)
D. Rated RPM (maximum)
E. Rated max fuel consumption
(gallons or litres per hour at max output)
F1. Transmission Model
F2. Transmission Ratio
G. Steering
Power (necessary for twin prop drive)
Manual hydraulic
If Power:
Electric 12V
Mechanical driven pump
Please describe if helms are needed, and their location
Cylinder Placement
Internal
External
V. Prior Performance
Note: Information about prior trial performance of the vessel (or one exactly like it) will improve the accuracy and reliability of the analysis. Define this data as accurately as possible - do not guess. This data should be for typical operation at the vessel condition described above.
A. Location of Trial
1. Trial speed (kts)
Measurement Type
Radar
GPS
Loran
2. Were current wind speed and headings accounted for (averaged)?
B. Previous Engine and Propulsion System Characteristics
1. Engine make/model
2. Rated max power
3. Rated max RPM
4. Engine RPM (max attainable) at trial speed
5. Propulsion system make/model
6. Transmission and/or drive ratio
7. Number of propulsion units
C. Propeller Characteristics
Make
Model
1. Diameter
2. Number of blades
3. Pitch
4. Cup type, if any
5. Material
Aluminum
Ni Br Al
Stainless
Other material:
I certify that the information I have supplied above is a true and correct representation of the vessel.
Name
Date
MM
DD
YYYY
Comments/Notes
Thank you!
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