On March 10th, 2009 Haverfield Aviation
was awarded a United States Patent (US 7,501,574 B1) for a support
assembly that will attach to a lattice type structure arm. This
support will distribute the weight of the conductor to both sides
of the lattice arm to prevent its collapse while changing insulators
on ‘V’ or ‘I’ strings. This support also
aids in the time it takes to make the necessary changes in a safe
and efficient manner. Haverfield Aviation continues to lead the
industry with new and innovative products that are geared to improve
the operational safety for linemen and their equipment. Larry Graham,
who brings over 30 years of transmission line maintenance experience
to Haverfield Aviation, designed this particular device.
Mr. Darryl Ed, the President of Haverfield Aviation stated, “It
is this type of dedication to our company and the utility industry
that has allowed Haverfield to maintain its position as the industry
leader in the aerial maintenance field”. Haverfield Aviation
is based out of Gettysburg, PA where they maintain and operate a
fleet of 15 helicopters.
First Energy
Construction Project
Haverfield Aviation has been an industry leader in the specialized
world of aerial transmission line work for over 25 years. During
this time we’ve seen every aspect of the transmission line
construction process from a ‘different vantage point’,
looking down. It was our belief that this operation could be drastically
improved by the utilization of aircraft at strategic phases of the
build process. This would accomplish a number of things. Speed and
efficiency would be greatly enhanced and the on ground footprint
(less heavy equipment) would be greatly diminished. With this in
mind Haverfield Aviation was given the opportunity to bid a small
5.75-mile project with First Energy Corporation in Pennsylvania.
This project is less than 10 miles from our corporate offices in
Gettysburg, PA.
Our project consists of replacing 24 Wood H-Frame structures, three
3-pole double dead structures, and one three-pole running angle
structure. The 3-pole structures were partially framed on the ground
but will require aerial framing once the poles are set. All replacement
poles are laminated wood poles instead of the typical wood pole.
We will be installing double helix anchors at the dead end and angle
structures. Finally, we will be removing existing shield wire and
conductors and installing new 795 ACSR conductors and 3/8"
EHS shield wire over the length of 5.75 miles.
We will be utilizing the MD 500 to fly rope, including utilization
of a threading needle for the center phase. The 500 will also be
utilized to unclip and clip in the conductors and OHGW. We utilized
the S-61 (heavy lift) to spot the wood H-structures on site along
side the still energized line to be given clearance in early March
2009. We will also utilize the S-61 to set some of those same structures.
All of the structures would have been set utilizing the S-61 had
the line outage scheduled for later been available during the time
when the structures were spotted on site. For those structures not
set with the helicopter we will be utilizing a Mantis Crane mounted
on tracks to set the structures. The work will last from Jan 19
to late April.
Chuck Martin awarded
Master CFI
The National Association of Flight Instructors (NAFI) takes pride
in announcing a significant aviation accomplishment on the part
of Charles E Martin, an independent Lancaster-area flight instructor
and a resident of Palmyra, Pennsylvania. Recently, Chuck was accredited
as a Master CFI (Certificated Flight Instructor) by NAFI, his
professional aviation education association.
To help put this achievement in its proper perspective, there
are approximately 92,000 CFIs in the United States. Fewer than
600 of them have achieved that distinction thus far. The last
13 national Flight Instructors of the Year were Master CFIs while
Chuck is one of only 8 Pennsylvania aviation educators to earn
this prestigious "Master" title. In the words of former
FAA Administrator Marion Blakey, "The Master Instructor accreditation
singles out the best that the right seat has to offer."
The Master Instructor designation is the only industry professional
accreditation recognized by the FAA. It is earned by candidates
through a rigorous process of continuing professional activity
and peer review. Much like a flight instructor's certificate,
it must be renewed biennially. This process parallels the continuing
education regimen used by other professionals to enhance their
knowledge base while increasing their professionalism. Simply
put, the Master Instructor designation is a means by which to
identify those outstanding aviation educators, those "Teachers
of Flight," who have demonstrated an ongoing commitment to
excellence, professional growth, and service to the aviation community.
Earning this designation is tantamount to having the words summa
cum laude emblazoned on an instructor's certificate. These Masters
truly represent the crème de la crème of our industry!
To publicly recognize these individuals and their noteworthy accomplishments,
NAFI will be hosting its "Meet the Masters" breakfasts,
to which Chuck will be invited, during EAA's AirVenture in Oshkosh
and Sun 'n Fun in Lakeland.
NAFI is dedicated to providing support and recognition for America's
aviation educators while helping them raise and maintain their
level of professionalism. It is also committed to providing a
safe and effective learning environment for student pilots. The
Association was founded in 1967 and affiliated with EAA in 1995.
Haverfield's aerial saw
service
Haverfield Aviation is currently providing aerial side-trimming
services to the utility and pipe-line industries throughout the
United States. This service will focus on transmission and distribution
line corridors for electric utilities, as well as pipeline corridors
for the gas industry.
Haverfield Aviation brings over 25 years of right-of-way
(ROW) flight experience to this market. Our pilots will operate
our helicopter mounted saw with pinpoint accuracy to insure the
optimum precision to meet your exact requirements.
The aerial saw is powered by a compact fuel injected
engine, with low emission operations. The saw is able to side-trim
a 20’ path of vegetation and average three miles per day (both
sides).
It is Haverfield Aviation's goal to consistently
offer specific products and procedures to support the performance
and reliability of both the electric transmission grid and the pipeline
industry.
Haverfield
CFO Awarded MBA Degree
Christine Cassell, Chief
Financial Officer of Haverfield Aviation, recently completed her
Master’s of Business Administration, with Distinction, at
Mount St. Mary’s University. This is her second degree from
the Mount. In 2004, she completed her Bachelor’s degree in
Business Administration, with Honors.
Christine has been employed by Haverfield since October, 1998 and
was a key player in the reorganization of Haverfield. In 2006, Christine
was promoted to Chief Financial Officer. Christine’s guidance
in developing and overseeing Haverfield’s Finance, Human Resources,
and Administrative Departments have been instrumental in shepherding
us through the exciting growth we have experienced in the last year.
Please join us in congratulating Christine on her achievements.
We look forward to her continued contributions as she develops and
shares her considerable knowledge and talents.
MR.
THOMAS BAILEY - DIRECTOR OF CONSTRUCTION
The
newest addition to Haverfield management is our Director of Construction,
Mr. Thomas Bailey. Tom brings an extensive background in the power
line construction business, dating from 1977.
Tom began his career by completing an accredited
Lineman apprenticeship training program to become a Journeyman Lineman
in 1985.
As a Lineman, Mr. Bailey performed construction and maintenance
work on substations, distribution and transmission lines. Projects
of significance include:
500kV transmission Line build from Yuma, Arizona
to San Diego, California for SDG&E;
500kV transmission line, Mississippi River crossing
project in Baton Rouge, Louisiana for Gulf States Utilities;
230kV transmission line crossing the mountainous
continental divide, from Georgetown to Dillon in the Colorado
Rocky Mountains.
Tom spent nine years employed at Missouri Public Service
in the Kansas City area performing distribution line work in the
progressive capacities of Lineman, Serviceman and Foreman.
Since 1995, Mr. Bailey has progressed through management
positions including Safety Director, Project Manager, Division Manager,
Regional Director, Operations Manager and Regional Vice President
of Operations. Additionally, during this period he has owned successful
businesses in the Real Estate Appraisal Industry. Mr. Bailey brings
practical training, extensive field experience and many years of
successful project and business management expertise to Haverfield’s
team.
Wright
Brothers Master Pilot Awarded to Owen Jones
Owen Jones, one of Haverfield's most senior pilots was recently
awarded the prestigious " Wright Brothers Master Pilot Award".
This award is presented by the Federal Aviation Administration
to those pilots who have achieved over fifty years of continious
flight status, while contributing to further the cause of aviation
safety. Mr Jones originaly soloed a Piper J-3 Cub at Blairstown,
N.J. in 1952!
A reception was held to honor Mr. Jones at Haverfield's headquarters
in Gettysburg, Pennsylvania.
Haverfield Aviation President Darryl K.
Ed presenting Owen Jones the Award
Owen and Sharon Jones
230
kV ReConductor Project to increase capacity for First Energy
Haverfield's
responsibilities include providing manpower and equipment for Re-conductoring
an existing 230kV line in northern New Jersey. The Project is 35
miles long and Haverfield's tasks include:
Unclip existing Conductors
Unclip Dead-End structures
Replace 1590ACSR with 1590ACSS
Clip in Dead-End structures including compression
dead-ends and jumper assemblies
Clip-in new AGS units on tangent structures
Remove existing mid-span splices and install back
to back Kellum grips for pulling operations
Install new mid-span full tension compression splices