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Reuter factory sold

The interior of the 2001 Reuter Organ Company building, Lawrence, Kansas
The interior of the 2001 Reuter Organ Company building, Lawrence, Kansas

The Reuter Organ Company announces the sale of its present building in Lawrence, Kansas. The 78,000 square-foot facility was opened in 2001 and has served as Reuter’s third location in its 105-year history. Harvesters, a regional Feeding America food bank, will take possession of the property at the end of the year.

With many key management and shop personnel anticipating retirement, the logistics and realities of continuing operations on the same scale at a new, more appropriated-sized facility was determined to be impractical. Albert Neutel, Jr., will continue Reuter business on a limited scope. All currently contracted projects will be completed, either in the current building or in a smaller, local shop. He will also continue current maintenance and tuning services, consulting services, and work on selected projects of smaller scale.

For information: reuterorgan.com

 

Other organ builder news:

M. P. Rathke Opus 13

Ruffatti organ, Notre Dame Seminary, New Orleans

Milnar in Loudon, Tennessee

Related Content

Cover Feature: Hillsdale College

Paul Fritts & Company Organ Builders, Tacoma, Washington; Hillsdale College, Hillsdale, Michigan

Hillsdale College
Gallery and Choir organs as seen from the chancel

From the builder

Paul Fritts & Company Organ Builders has recently completed the last of two new significant organs, the firm’s Opus 44 and Opus 45, for Christ Chapel at Hillsdale College in Hillsdale, Michigan. The chapel was completed in 2019 and provides seating for 1,350 within the 27,500-square-foot building. Designed by architect Duncan Stroik, the interior of the classically inspired chapel is modeled after St. Martin-in-the-Fields in London and Christ Church, Philadelphia. The 64-foot-high barrel vault ceiling, stone columns, wooden pews, and polished marble floors provide the space with excellent acoustics, especially in the elevated chancel at the front of the nave. In addition to regular services, the chapel provides space for college ceremonies and concerts. Consultant for the organ projects Dr. Paul Thornock and the builder worked extensively together with the architects throughout all phases of the project to insure the best possible musical and logistical results.

The design phase for these two projects was extensive. Never before were we tasked with building cases designed by the architect of the building where they stand. This requires a unique collaboration due to the tonal and structural requirements of an organ often unfamiliar to architects. The work ended well, problems were solved, and we are proud of the collaboration and how it has expanded our design scope.

Early on when the building was being designed it was determined that rather than making one very large organ, the needs of the program would be better served by two organs. Opus 44, completed concurrently with the new building in 2019, is conceived as a “choir” organ and speaks from the side of the chancel where it is in close proximity to small and large ensembles. Its 30 stops are divided between three divisions: the Great at impost level, the Swell above, and the Pedal divided on either side. The organ case is made of sapele mahogany to match all of the woodwork throughout the chapel. Its musical resources are designed to support a wide variety of service music and organ repertoire. The organ serves admirably as a solo and concert instrument in its own right, and it was dedicated with a concert by Nathan Laube on April 15, 2021.

To provide support for singing for a full congregation and to serve as a concert instrument, the Gallery Organ, Opus 45, has three manuals and pedal. Installation and tonal finishing were recently completed in October 2022. It, too, is housed in a sapele mahogany case with a large “broken” pediment, columns, and architectural capitals. The polished tin façade pipes are the lowest notes of the Great and Pedal Principal 16′ stops, both of which are independent. The en fenêtre keydesks of both organs are in the front center of the cases.

Both organs feature suspended mechanical key actions providing a light but easily controlled touch while sending tactile feedback to the player. Stop actions are mechanical with the inclusion of “intelligent” solenoids and 999-memory-level combination actions. General and divisional pistons, coupler and 32′ reversible toe studs, and a sequencer with multiple “forward” pistons and studs are part of both combination systems.

The stoplists were drawn up by the consultant and the builder. Both organs have substantial principal choruses on each of their divisions along with a variety of flute and string stops and are capped with a generous array of reed stops. The Gallery Organ includes both a large-scale 32′ Subbaß and an independent 32′ Posaune. Both French and German Trompets at 8′ reside in the Great, and a French-style 8′ Cromorne in the Positive as well as a Cavaillé-Coll inspired 8′ Hautbois in the Swell and 8′ Flûte Harmonique in the Great. There is also a Renaissance-style 8′ Trompet with duck-billed shallots included in the Swell. All are voiced with full-length resonators for a full yet colorful sound that blends appropriately with the overall organization of voicing style and related pipe design throughout. Compact design with reasonable access was important for space reasons and focus of the sound.

The Gallery Organ is similar in its layout to the Choir Organ, with the organ’s three manual divisions triple decked in the center with the Positive at the lowest (impost) level, the Great above, and the Swell at the top of the 38-foot-tall case. The Pedal division is divided on either side of the manual divisions. The 32′ Subbaß bass octave is placed on two windchests (C and C-sharp) at floor level at the rear of the case. Directly in front of the large Subbaß pipes, the 32′ Posaune stands on two windchests at floor level, the tallest of the tin resonators reaching to the top of the case.

The large pipes in the center façade are the lowest nine pipes (C to G-sharp) of the Great 16′ Principal. The largest four pipes of the Pedal 16′ Principal (C to D-sharp) are wooden, made of sugar pine, mounted inside the case. The Pedal façade pipes begin at E and continue to tenor f. The four smaller façade pipes in the outer fields and closest to the center field continue the Great 16′ Principal up to tenor e.

The pipes for both organs were made entirely in the Fritts workshop, the metal ones constructed of two alloys—high lead and high tin—that have been cast on sand. The process dates to ancient times and was the method used for the pipe making of Gothic and Renaissance organs and continued in some instances well into the Baroque period. The very rapid cooling of the pipe metal on the sand bed (compared to a relatively long cooling period on a cloth-covered table) produces material with a smaller crystalline structure, which has discernible benefits to the sound of the pipes. The speech of the pipes is enhanced with the pipes reaching their steady-state tone seemingly more quickly with less fuss, and with less obtrusive harshness and speech noise. Windways can be generous and pipe toes open encouraging a free, colorful, and unforced sound on relatively low wind pressures. The overall impact of the organs can then be determined by wind pressure and to a lesser degree pipe scales.

The Gallery Organ has five wedge-shaped bellows, all positioned within the case. The Great and Positive divisions share two bellows that have been carefully balanced to work together for good support of these divisions. The Pedal division makes use of one similarly sized bellows for the C and C-sharp sides and the Swell has its own bellows. The bass octave pipes of the 32′ Subbass are directly winded from the blower’s static pressure windline, which provides them with 120 mm (4¾ inches) of wind pressure. The Great and Positive divisions are winded at 74 mm, the Swell on 70 mm and the Pedal division on 76 mm.

The two organs are pitched identically at 440hz @ 70°F. Both utilize Kellner’s “Bach” temperament.

The Gallery Organ is provided with a dedicated air conditioning system that was planned at the outset and built as a part of the chapel construction. During summertime, air-conditioned air is circulated throughout the organ case and is regulated by a thermostat high in the Swell. During the heating season, air will continue to circulate throughout the case to control temperature stratification. Experience with similar systems in our organs has shown this to be critical for keeping vertically separated divisions in tune with one another.

The success of an organ project, or in this case, two projects, depends upon a great number of contributing factors. Chief among them is installing the organs in advantageous locations in a great space. A well-developed design and tonal plan along with meticulous craftsmanship and expert voicing and tonal finishing lead to outstanding results. The melding of the countless and seemingly disparate elements into a cohesive whole that is greater than the sum of its parts is the special alchemy that is superb organ building.

Special thanks go to the administration of Hillsdale College for their foresight and vision in commissioning these instruments and to project advisor, Dr. Paul Thornock. Thanks and appreciation also go to the staff of Paul Fritts & Company: Greg Bahnsen, Zane Boothby, Rain Daley, Paul Fritts, Raphi Giangiulio, Erik McLeod, Andreas Schonger, Bruce Shull, Ben Wooley, and to our bookkeepers and business managers, Robyn Ellis and Marlon Ventura. Carving work was provided by Dimitrios Klitsas. 

The completion of the Gallery Organ will be celebrated with an inaugural concert by Nathan Laube on April 13, 2023.

—Paul Fritts

From the consultant

The Hillsdale organ project began with a phone call from the architect who expressed the desire for a new organ to be as special and specialized as the building itself. The desire for mechanical action was in place before the consultant was hired.

An organ in the new Christ Chapel would be required to do many things, including playing for academic ceremonies, accompanying the college’s choirs and orchestras, playing repertoire, and serving as a teaching instrument. Hillsdale College President, Dr. Larry P. Arnn, believes that, “To elevate the hearts and minds of the faithful, Christ Chapel must be a home for musical beauty of the highest order.” Further, his desire to create a regularly sung evensong in the chapel was given considerable weight. The college’s large symphony orchestra also had to fit in the chancel.

The available space in the chancel precluded building a single large instrument in the front of the building that would completely fulfill the musical mission. Further, there was no appetite for placing an organ on the main axis at the front of the building. The only solution was two organs of complementary but distinct characters.

This visionary project was truly an “if you build it, they will come” affair. The college wished to build a sacred music program, and the administration understood that the infrastructure had to be in place to do it. Therefore, an organ professor was not yet in place during the design phase. The committee, which consisted of the architect, consultant, and various administrators, traveled throughout the Midwest to see and hear dozens of instruments by six of North America’s distinguished builders. It is fascinating how committees often have an “Aha!” moment in visiting a particular organ; this moment happened when they visited the Fritts organ at the DeBartolo Performing Arts Center at the University of Notre Dame. 

The result is a workhorse two-manual organ in the chancel with an efficient but developed Swell division that enables the organist to render choral accompaniments convincingly and to play the many liturgical events in the chapel, including evensong. The instrument also has sufficient power to pair with the orchestra. The Gallery Organ is the heroic instrument the college desired for large convocations and concerts.

Dr. Arnn’s ideals are borne out in these examples of the organ art: “There never has been a great university unconcerned with the question of the Divine. More than one-third of our students are involved in music—an invaluable gift that helps us to contemplate beauty, harmony, and meaning. To that same end, our splendid organs will help point man’s thoughts toward God.”

—Paul Thornock

From the architect

Christ Chapel at Hillsdale College, Michigan, is the first freestanding chapel in the college’s 175-year history. Located on the main axis of campus and forming a new quadrangle, the classical brick and limestone exterior features a domed circular entrance portico with Doric columns. Three concave entry doors lead into an elegant barrel-vaulted nave with limestone columns and mahogany side balconies. Large arched windows fill the space with natural light. 

The Choir Organ is located along the side wall of the chancel and framed by a limestone arch and Doric columns engaged to the wall. The case is 24 feet tall by 13 feet wide. Carved mahogany Corinthian columns divide the façade of the organ case into a taller central section and two side wings. This architectural motif (called a “Serliana”) is found throughout the chapel, such as on the second level of the main exterior façade, and the window above the altar in the chancel. A gold leaf inscription in the frieze of the entablature of the organ case reads: Laudate eum in Chordis et Organo (“Praise him with strings and pipes,” Psalm 150). Carved mahogany laurel wreaths punctuate the pedestal of the organ. Limestone relief panels in the chancel show a harp, trumpets, cymbals, and floral swags, visually depicting the praise of God called for in the psalm.

The Gallery Organ case harmonizes with the Choir Organ but is much larger, 30 feet tall by 30 feet wide. Its overall shape is also a Serliana motif. It has four 15-foot-tall fluted composite columns. An elaborate entablature and broken pediment with a receding apex are above. It also has an inscription across the pulvinated frieze: Cantate Domino Canticum, Novum Quoniam Mirabilia Fecit (“Sing to the Lord a new song, for he has done great wonders,” Psalm 98). 

While there are some examples of college chapels with two organs in the United States, there are few examples of the organs being conceived together. The architect has designed five other cases in the United States for both new and historic organs, and was inspired by the Saint-Sulpice grand orgue case by the architect Jean-François Chalgrin. The two new organs will be the centerpieces of Hillsdale’s expanding music program.  

—Duncan G. Stroik 

 

Builder’s website: www.frittsorgan.com

Architect’s website: www.stroik.com

College website: www.hillsdale.edu

 

Choir Organ, Opus 44

GREAT (Manual I)

16′ Bourdon

8′ Principal

8′ Salicional

8′ Rohrflöte

4′ Octave

4′ Spitzflöte

2-2⁄3′ Quinte

2′ Octave

Mixture IV

8′ Trompet

4′ Trompet

SWELL (Manual II)

8′ Principal

8′ Gamba

8′ Voix celeste

8′ Gedackt

4′ Octave

4′ Rohrflöte

2-2⁄3′ Nasard

2′ Gemshorn

1-3⁄5′ Tierce

Mixture III–IV

16′ Fagott

8′ Trompet

8′ Basson/Hautbois

PEDAL

16′ Subbass

8′ Principal

8′ Bourdon*

4′ Octave*

16′ Posaune

8′ Trompet

*Some pipes transmitted from other stops

Couplers

Swell to Great, Great to Pedal, Swell to Pedal

 

Polished tin front pipes

Suspended, direct mechanical key action

Mechanical stop action with electric pre-set system

Tremulant

Compass: Manual 58 notes; Pedal: 30 notes

Gallery Organ, Opus 45

GREAT (Manual I)

16′ Principal

8′ Octave

8′ Salicional

8′ Rohrflöte

8′ Flûte Harmonique

4′ Octave

4′ Spitzflöte

3′ Quinte

2′ Octave

Mixture VI–VIII

Cornet V

16′ Trompet

8′ Trompet

8′ Trompette

SWELL (Manual III)

8′ Principal

8′ Gedackt

8′ Baarpijp

8′ Violdigamba

8′ Voix celeste

4′ Octave

4′ Koppelflöte

2-2⁄3′ Nasat

2′ Octave

2′ Blockflöte

1-3⁄5′ Terz

Mixture V–VI

16′ Trompet

8′ Trompet

8′ Hautbois

8′ Vox Humana

POSITIVE (Manual II)

8′ Principal

8′ Gedackt

8′ Quintadena

4′ Octave

4′ Rohrflöte

2-2⁄3′ Nasat

2′ Octave

2′ Waldflöte

1-1⁄3′ Larigot

Sesquialtera II

Mixture VI–VII

16′ Dulcian

8′ Trompet

8′ Cromorne

PEDAL

32′ Subbaß*

16′ Principal

16′ Subbaß

8′ Octave

8′ Bourdon*

4′ Octave

4′ Nachthorn

Mixture VI–VII

32′ Posaune

16′ Posaune

8′ Trompet

4′ Trompet

2′ Cornet

*Some pipes transmitted from other stops

Couplers

Swell to Great

Positive to Great

Swell to Positive

Great to Pedal

Swell to Pedal

Positive to Pedal

 

Polished tin front pipes

Suspended, direct mechanical key action

Mechanical stop action with electric pre-set system

Swell Tremulant

Great & Positive Tremulant

Wind Stabilizer

Compass: Manual 58 notes; Pedal: 30 notes

 

 

Opus 44 Choir Organ: 

30 stops; 38 ranks; 1,854 pipes

Opus 45 Gallery Organ: 

57 stops; 85 ranks; 4,115 pipes

Hooked on Organbuilding: An Interview with Nicholas Wallace

Joyce Johnson Robinson

Joyce Johnson Robinson is a past editor of The Diapason.

Nicholas Wallace
Nicholas Wallace

The Diapason’s 20 under 30 winners represent leaders not only in performance (organ, harpsichord, carillon, and church music), but also those who build, restore, and maintain instruments. In our first interview with a young builder, we find out more about Nicholas Wallace, of The Diapason’s inaugural 20 under 30 Class in 2015.

Nicholas Wallace holds a bachelor’s degree in classical guitar performance, graduating with honors from the Osher School of Music at the University of Southern Maine, Portland. Though he grew up in the organ business, it was after graduating from college that Nick joined David E. Wallace & Co. full time. As the junior partner, Nick now runs many aspects of the business, but focuses on visual and mechanical design, shop production, and general project management.

Leading Wallace & Co. of Gorham, Maine, into a new generation, Nick has expanded the shop’s capability to build new mechanical-action organs alongside the detailed restorations of nineteenth-century tracker organs that Wallace & Co. has built a reputation for over the last four decades. Nick is a member of the Organ Historical Society and is a board member of the American Institute of Organbuilders.

Nick, you grew up within organbuilding. Did your father inspire you to work as an organbuilder? How did your father get you started?

My grandparents were musicians and my great-grandmother was a church organist her whole life. That had a considerable influence on my dad when he was growing up. Like many kids back then, he took piano lessons, which eventually turned into organ lessons. Dad and my uncle attended concerts with my grandfather on the famous Kotzschmar Organ in Portland City Hall in the 1960s. Having the opportunity to see this major instrument inside and out was a considerable inspiration for Dad. While he was in college, he apprenticed with a Boston-area organ shop and began to learn the details of organ restoration and new organ construction.

One story Dad likes to tell is that when he was eleven years old, my great-grandmother asked him to go with her to the New Gloucester, Maine, Congregational church to play a memorial service for a friend. At that time in 1961 the George Stevens organ was still hand-pumped, which became Dad’s task for the service. This Stevens organ has had a definite influence on me and the tonal direction for Wallace & Co. Its modest scaling and colorful voicing paired with its historic unequal temperament make for a very charming instrument. The restorative work in both 1999 and 2020 along with the documentation of this Stevens organ serve as inspiration to the physical and tonal design of our new organs, in particular our Opus 78 in Ancaster, Ontario. (See “New Organs,” November 2020, page 13.)

During the 2023 pre-Christmas tuning season I had the pleasure of tuning dozens of organs that I have known my entire life. As I was up in the organs tuning rank after rank I could remember back to times when I was young enough that Dad would have to reach over to the end of the chest to pull a slider because the stop knob was too high on the stop jamb for me to reach.

Your degree is in classical guitar performance. Tell us about that.

I grew up in the classical music and organ music worlds, but studying classical guitar in college helped refine my musicality. While in college I focused on the music of South American composers like Heitor Villa-Lobos, Agustín Barrios, and Astor Piazzolla, no doubt a rebellion against the European music I had always known! Like the other plucked string instruments, as soon as you strike a note on the guitar the sound starts to fade. To deal with this issue I spent many guitar lessons discussing articulation and dynamics to best shape phrases. Midway through college I began organ lessons as well. Once again, these same ideas were front and center. Studying the two instruments simultaneously was very beneficial in this respect even though the two instruments are otherwise very different.

An important lesson that I learned from the guitar is the power of playing softly. Because of the size of the guitar and the immediate decay of the notes, even at its loudest the guitar is a quiet instrument. I am quick to notice during any performance how quiet the audience becomes and how carefully they tend to listen. I always remember this influence when designing an organ. Louder and more colorful stops are indispensable for leading singing and playing repertoire, but the more delicately voiced stops are of great importance, particularly in smaller instruments.

Did your organ study with Harold Stover and Ray Cornils influence your work in organbuilding and restoration? In what way?

Absolutely. Reading through and practicing a little of the repertoire, some hymns, and discussing the basics of playing has come in handy on a near-daily basis. It’s always helpful to get more insight into what organists need and why.

E. & G. G. Hook & Hastings Opus 845, a single-manual, two-rank instrument from 1876, resided in your family’s home for some years. Did this spur your interest in pipe organ construction?

I see this organ every day in the shop. It is interesting in that it was built by E. & G. G. Hook & Hastings as a sort of “portable” organ as it disassembles into several large pieces. Subsequently, I have had the chance to move this organ into several locations. I believe this design helped to influence Dad when he built the educational “Kotzschmar Jr.” organ for the Friends of the Kotzschmar Organ. Kotzschmar Jr. comes apart into four major sections and can fit in a minivan.1 Also inspired by this “portable” construction is my design for Wallace & Co. Opus 73. This organ is the performance counterpart to Kotzschmar Jr. and has a little more variety than Hook Opus 845 with three-and-a-half stops.

You worked with C. B. Fisk, Inc., during your college years on the installation of their Opus 130 in Costa Mesa, California—a much larger instrument than Hook Opus 845! What did you learn from this experience?

Working with Fisk was a great experience, and there was much to learn. Fisk Opus 130 is a very large instrument, but even by that time, I had spent years with the Kotzschmar Organ in Merrill Auditorium. I spent three weeks out in California for that installation, and the very last thing that I did was install the Great and Positive keyboards. That installation was my first experience with carbon fiber trackers. To this day Wallace & Co. is still making our own wooden trackers, but with some larger projects on the horizon, perhaps we will join in all the fun soon. Someday I will have to go visit Fisk Opus 130 to see what it is like.

Do you have a library of books on organbuilding? Which ones do you consult?

In recent years I have done my best to add to the library in the organ shop. On most days if we are looking something up, given the nature of our work we will likely reach for Audsley or Dom Bédos. Years ago, we took over the contents of a colleague’s shop and ended up with piles of past publications from the International Society of Organbuilders. There is a wealth of informative articles about every aspect of organ building in these journals written by different organ builders from around the world.

In recent years I have made a point to document the old organs that Wallace & Co. has restored. This usually amounts to careful measurements of the pipework and notes about the key action and any other interesting information. The data from all this documentation work is also something that we regularly reference.  In 2021 Nami Hamada (now the tonal director at C. B. Fisk) and I began the ongoing documentation of E. & G. G. Hook Opus 288 at Saint John’s Catholic Church in Bangor, Maine.

You designed an organ for Saint Paul’s Anglican Church in Brockton, Massachusetts, at a rather young age. What was that experience like, and what did you learn from it?

I had to go back and check, but yes, twenty-four is young for that sort of responsibility these days. When we started Opus 66 in 2010, I had been working in the shop for ten years. Most aspects of this project were not new to me. For years I had been making and restoring wind systems, key and stop actions, and slider windchests. In 2009 I built my first case for Wallace & Co. Opus 62, for the Congregational Meetinghouse of Perry, Maine. Looking back, I can see that all the work prior to 2010 was a natural progression to the design and construction of my first complete instrument.

In the process of designing and building I was certainly not alone. Mechanically and structurally the organ bears a great resemblance to the smaller organs of Hook & Hastings. The two-division, single-grid slider chest, the simple backfall design of the key action, and the double-rise reservoir are all directly inspired by several small Hook & Hastings organs that I had worked on. Tonally the organ takes cues from the work of George Stevens in the 1850s with the scaling of the Great 8′ Chimney Flute and the 4′ and 2′ principals mirroring the 1857 George Stevens organ that I mentioned earlier. I also had my dad in the shop and other colleagues with whom to discuss certain design elements. Opus 66 has served well for the past thirteen years, and the organ has been a pleasure to visit for semi-annual tunings.

Wallace & Co. has done several international projects. What brought you to doing international projects, and did you find the experience rewarding?

Two of my favorite projects have been Wallace & Co. Opus 78 for the Ancaster Canadian Reformed Church in Ancaster, Ontario, and the restoration and relocation of E. & G. G. Hook Opus 173 for the Church of Our Lady and Saint Rochus in Boom, Belgium. These international experiences were rewarding and career broadening in ways that I’m still discovering to this day. My first international project was the restoration and installation of Hook Opus 173 in Boom, Belgium. The late Gerard Pels, a Belgian organbuilder, was working as a consultant for the church when he saw our listing of the Hook organ for sale. The 1854 date of the organ and its Gothic-style case matched the date and architecture of the church perfectly. Pels asked if we would be willing to restore and then install the organ in Boom. After a little research, we agreed to do the project. I worked all summer and then took a semester off from the university to join the crew for the installation. During the first week of installation the Pels crew assisted us with unloading the shipping container and the beginning of the installation. Even with our limited Dutch and their limited English, we all had a great first week sharing our organ stories over lunch or while assembling parts of the organ.

The other international venture was Wallace & Co. Opus 78 for the Canadian Reformed Church in Ancaster, Ontario, where the project involved building a new two-manual, twenty-seven-rank organ for the church. To date, this is the largest new organ designed and constructed by Wallace & Co. Just like our Opus 66 in Brockton, Massachusetts, so many of my previous projects led to the design of this unique organ. As has been typical, my design for this organ leaned towards the more traditional in its appearance, its actions, and its sound. All mechanical systems within the organ, the key action, stop action, and wind system draw inspiration from historical designs with some modern materials used. The project was very successful and has brought great support to the church’s worship services. We consider that the project was one of our most successful for the design and construction of a new organ.

Working with the church leaders, musicians, and organbuilding colleagues in different countries was a great experience, and I learned a lot. It is no surprise that any church that adds a pipe organ to their music program and worship experience is the same, no matter how many borders you cross. They want a top-quality instrument that meets or surpasses their musical needs now and well into the future.

Do you prefer to create new instruments or do restorations?

I enjoy both new and old instruments. I do not think that it is necessary for organbuilders to only do one or the other. In fact, I find it quite beneficial to do both. The attention to detail, knowledge of mechanics, and the organizational skills required to build new organs greatly improves a restoration. Likewise, the historical knowledge and respect for past building methods gives greater depth to the design of a new organ. The study of older organs can also serve as a wonderful source of inspiration in new organ designs.

What are your recent projects?

The last few projects have been a series of Hook & Hastings organs. In March of 2023 we finished the installation of Hook & Hastings Opus 1192 at Saint Alban’s Episcopal Church in Staten Island, New York. This was a top-to-bottom restoration where we carefully cleaned and restored all parts of the organ. The wind system received new feeder bellows and a new hand pump mechanism. The new hand pump system, which was designed based on the documentation of other period instruments, provides a smooth and quiet alternative to the blower, which can also be used.

At the end of May 2024 we completed  the restoration of Hook & Hastings Opus 1763 for Saint James Episcopal Church in Prouts Neck, Maine. This project required more re-creation than other projects as most of the original Hook pipework had been discarded in the 1970s. Based on the remaining original pipework we were able to scale new pipework to return the organ to its original voice.

How did the Saint James restoration turn out?

Opus 1763 is now done and in use for their summer 2024 season. It has been a real pleasure to return this organ to its original specification and scale. Saint James is a coastal summer chapel, with picturesque views of the Maine coast and is just across the road from the Winslow Homer Museum. Members at Saint James have begun planning a series of events featuring the organ.

And the latest project?

On June 3, we began our next major project, which is the complete restoration of Hook & Hastings Opus 1487 at Saint Joseph’s Catholic Church on Capitol Hill, Washington, D.C. Thanks to good stewardship and some great restorative work in the 1980s by George Bozeman, this Hook organ is in near original form. Like our other recent restorations, we will carefully restore each piece of the organ and bring it to like-new condition. This organ will also receive a renovated hand pumping system and a new 16′ Posaune in the Pedal modeled after period Hook pipework.

I am also excited to share the news that Wallace & Co. has signed a contract for our Opus 81 with Saint Stanislaus Catholic Church of Nashua, New Hampshire. The new mechanical-action organ will feature thirty-two stops over two manuals and pedal. We are looking forward to beginning work on Opus 81 in mid-2025.

What do you like best about the work you do?

I like that no two projects are alike. Of course, there are a lot of similar things; we do our fair share of Hook restorations. But even within that portion of the business, there is great variety. And then there is all kinds of fun in designing a new instrument. The freedom to take inspiration from past work and incorporate it into something new is always a thrill.

Thank you, Nicholas.

Notes

1. See thediapason.com/friends-kotzschmar-organ-launches-kotzschmar-kids. Accessed on February 9, 2024.

Parsons Pipe Organ Builders Cover Feature

Parsons Pipe Organ Builders, Canandaigua, New York, 100th Anniversary

This year, Parsons Pipe Organ Builders celebrates the 100th anniversary of its founding and five generations of Parsons family members who have made pipe organs their vocation. Although the manufacturing workshop was established later, the family has been involved in the trade since the late nineteenth century. 

Gideon Levi Parsons apprenticed as a flue voicer with noted organbuilder John Wesley Steere and later married Steere’s niece, May Estelle Steere. Gideon continued his voicing career with John’s son, Frank, and later with Ernest M. Skinner, who purchased the Steere firm in 1921. The couple had two sons, Bryant Gideon (b. 1896) and Richard Levi (b. 1905). Both of Gideon’s sons apprenticed with the Steere firm, but only Bryant continued in organbuilding. Following in his father’s footsteps as a voicer was not an option for Bryant as tradesmen commonly held their skills closely for job security. Bryant worked in every department—from stacking lumber, shoveling sawdust, holding keys, and even began setting up organs on his own. However, when he returned to the factory, he was known as “the kid.” 

For a brief period prior to World War I, 16-year-old Bryant was hired by Professor Harry Jepson, head of the organ department at Yale University, to be curator of the renowned Newberry Memorial Organ, which he helped install. Originally built by the Hutchings-Votey firm in 1902, the organ was enlarged by J. W. Steere & Son in 1915. Bryant recalled that there was a secret button beneath the keys to activate the 32-foot reed so that only Professor Jepson could show the organ at its fullest.

Following time in the Navy during World War I, Bryant worked for the Bosch-Magneto Company in Springfield, Massachusetts, learning much about electricity (a concept quite new to organbuilding at the time). He then joined the Skinner firm, which by that time had purchased J. W. Steere & Son. Shortly afterward the factory burned, and Bryant moved with the firm to Westfield, where it took up shop in an old whip factory. Bryant was sent to Rochester, New York, to install the large organ at Kilbourn Hall at the Eastman School of Music along with the instrument in Professor Harold Gleason’s studio. While working in Rochester, Bryant met and married Ruth C. Blood, and they decided to settle there because he recognized the musical and cultural opportunities this community had to offer. Bryant’s Rochester career began with organbuilder Charles Topliff (himself a Steere alumnus), working with another Steere alumnus, Arthur Kohl. Bryant formed his own company in 1921 and continued to focus on service and restorations. To support his family during the Great Depression, Bryant sold vacuum cleaners door-to-door, among other things, while waiting for church work to revive.

While in Rochester, Bryant was curator of the four-manual, 129-rank Aeolian organ in George Eastman’s home—the largest residence organ ever built. Even those familiar with the founder of the Eastman Kodak Company are often unaware of Mr. Eastman’s fondness for organ music. His instrument had a Concertola Solo Music Roll Mechanism. Each Monday (even on Christmas Day), Bryant would arrive to check tuning and to set up the ten rolls for the week so that Mr. Eastman would be assured of music accompanying his breakfast. Each weekday, Mr. Gleason, who Mr. Eastman hired to head the organ department at the Eastman School of Music, would walk more than one mile down East Avenue from the school to play for Mr. Eastman’s breakfast promptly at 7:30 a.m. in the winter and 7:00 a.m. in the summer.

Bryant and Ruth had two children, Bryant Gideon, Jr., and Bina Ruth. Bryant, Jr., apprenticed with his father from an early age and later with the M. P. Möller Organ Company of Hagerstown, Maryland, installing many organs in the New York City area. Bryant returned to his father’s firm in Rochester following World War II where, in 1954, they incorporated as Bryant G. Parsons & Son, Inc. Bryant, Sr., retired in the early 1960s. The company grew and relocated to Penfield, New York, continuing with service and restoration work.

During the years in which father and son worked together in Western New York, Bryant, Jr.’s wife Esther Bills gave birth to five children. The two sons, Richard Bryant and Calvin Glenn, worked with their father from a very early age to learn the trade. Eventually, having been raised and trained as organbuilders, both sons were anxious to join the family firm in an official capacity and to establish their own credentials. Ric and Cal, as they prefer to be known, purchased the company from their father in 1979. In tandem with maintaining the company’s service responsibilities, the two set their sights on establishing a reputation for fine craftsmanship both through the restoration and rebuilding of existing organs and in the design and building of new organs bearing the Parsons name. Since that time, the company has completed a full portfolio of projects. As president and artistic director, Ric oversees the tonal and technical design departments. Ric has served on the board of the American Institute of Organbuilders in several capacities and as president of the Associated Pipe Organ Builders of America. As vice-president, Cal is responsible for managing the service department and for coordinating activities related to installations. In reality, Ric and Cal work as equal partners to ensure the company’s success.

Parsons’ reputation as a builder of fine liturgical pipe organs began to grow under Ric and Cal’s stewardship and with the addition of key staff members. Duane A. Prill, a gifted musician from Van Wert, Ohio, joined the firm in January 1991. Duane had just received a master’s degree in organ performance from the Eastman School of Music where he studied with Russell Saunders. Duane’s postgraduate studies at Eastman were under the direction of David Craighead. After joining Parsons, Duane worked with head voicer Gordon Dibble and quickly developed his own notable style of voicing and went on to become the company’s tonal director. Duane’s collaborative work with Manuel Rosales and Jonathan Ambrosino, combined with his ongoing commitment to study and visit organs throughout the United States and Europe, has helped raise the tonal designs of Parsons instruments to new heights. In addition, his service as principal organist at Asbury First United Methodist Church in Rochester has driven Parsons to build instruments that strive for high-quality execution of church repertoire.

Peter H. Geise, also a gifted musician, joined the firm in 2004. He received a master’s degree in organ performance from the Eastman School of Music where he studied with Hans Davidsson. After receiving his master’s, Peter embarked on a one-year training period at the Göteborg Organ Art Center in Sweden. Now Parsons’ technical design director, Peter is responsible for the design processes related to the mechanism and casework for each project. By necessity, Peter works in a hands-on fashion with Parsons construction and installation crews to ensure that what appears on the computer screen translates precisely to what is being built. In addition to his work at Parsons, Peter serves as the minister of music at Lima Presbyterian Church, Lima, New York, also home to Geise Opus 2, a two-manual, 25-rank electric-slider instrument built with church volunteers under Peter’s direction.

Ric’s two sons, Matthew and Timothy, have committed their efforts and skills to the company as well. Both Matt and Tim have accumulated years of experience and work closely with Ric and Cal to manage the company’s day-to-day operations. Matt currently serves as the dean of the Rochester chapter of the American Guild of Organists and vice president of the American Institute of Organbuilders. He is also responsible for the firm’s affiliation with the Eastman School of Music where Parsons serves as curator of organs. Tim has been heavily involved in Parsons’ recent entry into CNC technology, which has greatly enhanced the firm’s capabilities in terms of both process and production schedule. Tim is also involved in the firm’s manufacturing and installation processes and is responsible for the company’s graphics department.

Parsons Pipe Organ Builders strives to help clients find solutions that are tailored to their specific needs rather than limiting clients’ options to a particular style of building. Known for achieving superb results, Parsons maintains its own tonal goals. However, the company believes strongly in taking a collaborative approach with its clients to ensure that discussions cover a broad range of possibilities.

The Parsons project list is diverse with new organs of both tracker and electric actions, historic restorations, and even an unusual commission for an artist in Soho, New York City. Particularly challenging and interesting was Parsons’ participation in the research project for Cornell University, Ithaca, New York, working with the Göteborg Organ Art Center (GOArt), in Sweden. This two-manual, 40-rank, mechanical-action instrument is an historic copy based on the tonal design of the 1706 Arp Schnitger organ that was located in the Charlottenburg Castle Chapel in Berlin.

Parsons is currently under contract to build new organs for First Lutheran Church, Cedar Rapids, Iowa (three manuals, 52 ranks, mechanical action, Scott R. Riedel, consultant); St. James by-the-Sea Episcopal Church, La Jolla, California (four manuals, 79 ranks, electric-slider action, in collaboration with Manuel Rosales; Thomas Sheehan, consultant); and St. Benedict Catholic Cathedral, Evansville, Indiana (three manuals, 57 ranks, electric-slider action). Parsons was also recently chosen to complete the research, documentation, and restoration of the circa 1841 Jacob Hilbus organ for the Organ Historical Society (Bynum Petty, archivist and consultant; S. L. Huntington & Co., collaborating).

Much has transpired since the firm built the first two organs in the 1,400-square-foot workshop in Penfield, New York. In 1986, the firm relocated to the current workshop in Canandaigua, New York, which was expanded to 21,000 square feet in 2005. The introduction of 3D CAD arrived at the firm in 1986 when it was one of the first to provide computer generated images of a proposed organ design in the context of a client’s architectural setting. The year 2019 brought the addition of a CNC machine and with it a new level of efficiency and accuracy in construction.

Of course, the value of any business that relies on craftsmanship and personal commitment to achieve the highest quality work lies with every member of the Parsons organization. That number has grown over the years from four to eighteen, and we are grateful to acknowledge the work of Derek Bommelje, Joseph Borrelli, Brian Ebert, Aaron Feidner, Aaron Grabowski, Eric Kesler, David McCleary, Jay Slover, Chad Snyder, Dwight Symonds, Bernard Talty, and Travis Tones. Ric’s wife Ellen and Tim’s wife Kate currently manage the office. Ric often mentions that the company’s success has as much to do with divine intervention as it does with having a sound business plan! Parsons continues to be optimistic about its future contributions to the fine art of organbuilding for generations to come.

www.parsonsorgans.com

Photo: Bryant G. Parsons & Son, Inc. truck fleet, circa late 1950s

Cover photos:

2010 (top left): St. George’s Episcopal Church, Fredericksburg, VA, III/55 tracker

2020 (top center): First Lutheran Church, Cedar Rapids, IA, III/51 tracker

2005 (top right): St. Stephen’s Lutheran Church, Monona, WI, II/30 tracker (Rosales/Parsons)

1985 (left center): Westminster Presbyterian Church, Houston, TX, II/9 tracker

1989 (right center): Evangelical Lutheran Church of the Atonement, Rochester, NY, II/26 tracker

2019 (bottom left): Hope Lutheran Church, St. Louis, MO, II/27 electric slider

2015 (bottom right): United Church, Canandaigua, NY, III/40 electric slider

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