Skip to main content

Ruffatti organ, Notre Dame Seminary, New Orleans

Ruffatti organ, Notre Dame Seminary, New Orleans

Fratelli Ruffatti has built a new organ for Notre Dame Seminary, New Orleans, Louisiana: two manuals and pedal; 50 speaking stops (including preparations and wired stops); 34 pipe ranks; 1,970 pipes and 12 real bells.

In spite of its relatively moderate size, it is designed to be more flexible than many of its three-manual counterparts. This is made possible primarily by the careful choice of stops and console controls.  A notable feature is the division of the Grand-Orgue into two sections, unenclosed and enclosed. The first contains the principal chorus, based on a 16′ Principal, while the latter includes flutes, a Gemshorn with its Celeste, and a rather powerful reed.  Each section of the Grand-Orgue is equipped with its own set of sub and super couplers and a Unison Off.

The console controls include a Grand-Orgue Enclosed to Expressif Transfer, which can separate the two Grand-Orgue sections in a single motion, canceling the stops drawn on the first manual and transferring them to the second. A further step toward the separation of the two Grand-Orgue sections is their separate set of couplers (at 8′ and 4′) to the Pedal. 

The casework was stipulated to be of classical design, with the largest pipes in the façade. The case is divided into five bays, with the central bay capped by an arch, thus recalling the big central arch dividing the loft from the chapel. The side bays closest to the center have counter arches, which bring more emphasis to the central bay, while the bays to their sides are a natural conclusion to the organ case containing the smaller façade pipes.

Builder’s website: ruffatti.com 
Seminary website: nds.edu 
Cover photo by Steven Blackmon 
Detail photos by Fratelli Ruffatti

The organ is featured on the cover of the October issue of The Diapason
https://www.thediapason.com/content/cover-feature-ruffatti-notre-dame-seminary-new-orleans

Also see a video chronicle of the installation of the organ: 
https://www.thediapason.com/videos/ruffatti-organ-notre-dame-seminary-new-orleans

 

Other organ builder news:

Milnar in Loudon, Tennessee

Schoenstein Opus 179

Rathke Opus 12

Related Content

Cover Feature: Ruffatti, Notre Dame Seminary, New Orleans

Fratelli Ruffatti, Padova, Italy; Notre Dame Seminary, New Orleans, Louisiana

Ruffatti organ

Flexibility is the key

The new instrument for Notre Dame Seminary of New Orleans is a two-manual organ. In spite of its relatively moderate size, however, it is designed to be more flexible in its use than many of its three-manual counterparts. This is made possible primarily by the careful choice of stops and console controls by sacred music director Max Tenney in collaboration with the builder.

A notable and not-so-common feature is the division of the Grand-Orgue into two sections, unenclosed and enclosed. The first contains the principal chorus, based on a 16′ Principal, while the latter includes flutes, a Gemshorn with its Celeste, and a rather powerful reed. Versatility not only comes from graduating the volume of the enclosed stops, but goes well beyond. Let’s look at how this is accomplished.

Each section of the Grand-Orgue is equipped with its own set of sub and super couplers and a Unison Off. The unusual possibility of applying interdivisional couplers and Unison Off only to a few stops and of using them in conjunction with other non-coupled stops within the same manual offers new and exciting possibilities. As an example, the Great Trompette, which is only controlled by one stop knob at 8′ pitch, can be used at 16′, 8′, and 4′ (and under expression) with a non-coupled principal chorus.

The console controls include a Grand-Orgue Enclosed to Expressif Transfer, which can separate the two Grand-Orgue sections in a single motion, canceling the stops drawn on the first manual and transferring them to the second. The two Grand-Orgue sections, now located on separate keyboards, can be used in dialogue, one against the other. In addition, the transfer makes it possible to use the enclosed Grand-Orgue stops with the stops of the second manual, which are also under expression. Imagine the possibilities!

A further step toward the separation of the two Grand-Orgue sections is their separate set of couplers (at 8′ and 4′) to the Pedal. There are more controls to stimulate creativity, such as the Manual Melody coupler, the Grand-Orgue Trompette coupler, and the Pedal Divide.

The most important contribution to tonal flexibility, however, is the result of very careful choices of dimensions and manufacturing parameters of the pipes, which comes from decades of experience. Together with refined voicing techniques, a good blending of each stop in all traditional stop combinations is guaranteed. In addition, the performer can create registrations that are often considered unconventional but provide valid musical solutions to whatever challenges arise. With proper voicing and pipe dimensioning, a smaller instrument can display a tonal flexibility comparable to that of a much larger pipe organ.

Technically, the console has much to offer. In addition to quality tracker-touch keyboards (61 keys), a 32-note standard AGO pedalboard, and an ergonomic design, it is equipped with a very reliable and well-tested control panel, which is remarkable in many ways. It displays a user-friendly touchscreen—by a simple touch the organist can jump from one icon to the next to access different functions. The icons are many, but all are intuitive to put any organist at ease from the first experience.

The combination action, which includes both generals and divisionals, offers great flexibility. As is often the case with modern systems, organists can have their own dedicated “folders.” Password input is not needed to open them; a personalized magnetic “key” placed next to a sensor will allow access. The storing of combinations is made simple by giving them the name of the piece for which they were set (i.e., Widor Toccata). Further, a number of such pieces can be selected and grouped into concert folders, which can be given a name as well (i.e., Christmas Concert 2021).

—Francesco Ruffatti

Partner & Tonal Director

The organ case

Designing a new pipe organ is always an exciting process. Many things must be taken into account, both from the technical and the visual standpoints. Technically, it is always a challenge to make sure that every part is easily accessible, that every pipe is reachable for tuning, that the various divisions speak freely into the building, and that all technical elements fall into place properly. Visually, the design is the result of a combination of several aspects: the environment in which the organ is located, the client’s wishes, and the designer’s creativity.

The chapel at Notre Dame Seminary is not a large building, yet it is a place with high, vaulted ceilings and classical architectural design. The organ and the console find their place in the loft above the main door, where the choir will sing under the direction of music director and organist Max Tenney.

The casework was stipulated to be of classical design, with the largest pipes in the façade. Our approach to the design follows this criteria, but with a contemporary touch to it, in an effort to blend the classical style with features that belong to the 21st century. The case is divided into five bays, with the central bay capped by an arch, thus recalling the big central arch dividing the loft from the chapel. The side bays closest to the center have counter arches, which bring more emphasis to the central bay, while the bays to their sides are a natural conclusion to the organ case containing the smaller façade pipes.

The organ façade features a decorative element in front of the pipes, which enriches the design as a whole. This element develops from the top of the arched roofs next to the central bay and follows its curve, spanning through the three central bays. The decoration crosses in front of the central pipe and changes its curvature until it reaches the vertical columns, where it is replaced by gilded shadow gaps, and then continues on the low part of the side bays, matching the curvature of the pipe mouths of the outermost bays.

The case is finished with a white lacquer and is enriched by 24-carat gold leaf accents, to complement the interior scheme of the planned redecoration of the chapel, soon to be implemented.

—Michela Ruffatti

Architect & Design Director

The organ in liturgy

Rooted in the Documents of the Universal Church, the Teaching of the Supreme Pontiffs, the Directives of the Dicastery for Divine Worship and the Discipline of the Sacraments in the Vatican, as well as the United States Conference of Catholic Bishops’ Secretariat on Divine Worship, together with the Norms for Spiritual Formation provided in the most recent edition (2022) of the Program for Priestly Formation, the Office of Sacred Music at Notre Dame Seminary seeks to provide the men in priestly formation with both a solid and comprehensive analysis, as well as a practical and methodological understanding of Liturgical Music, its role in service to the Sacred Liturgy, and the means by which the clear and consistent teaching of the Church on the subject might best be implemented throughout the dioceses and parishes in which these future priests will find themselves in the service of God’s Holy People.

These words have guided the Sacred Music Program at Notre Dame Seminary in the New Orleans Archdiocese since my arrival nearly a decade ago. Almost immediately the then-rector, the Very Reverend James A. Wehner, S.T.D., had begun a conversation with me about the organ in the seminary’s Chapel of the Immaculate Conception of the Blessed Virgin Mary. The Möller organ had served admirably for nearly a century. It had even survived several attempts to alter its original tonal design, including the expansion of the instrument through the means of extensive unification, in addition to a revoicing. Also, during the decades following the Second Vatican Council, the instrument had been severely neglected, receiving almost no service in those years.

It was decided early on in those conversations that the organ needed to be replaced. The mandate was clear: to design an instrument worthy of Our Lady’s seminary, the largest theologiate in the American Church, that would competently and beautifully accompany the Church’s liturgies, including both the Holy Mass and the Divine Office. As the seminary grounds are located in the urban uptown neighborhood of the city of New Orleans, the chapel is in frequent demand by the archdiocese for various ceremonies, rites, and services that can be accommodated in the small nave seating only 175 persons. These realities guided my mind in planning a new instrument. Additionally, I wanted to provide an organ that would serve to inspire future priests not only in their daily prayer, but in the eventual reality that, God willing, they will one day serve as pastors in parishes across the Gulf south, and that they themselves might go on to commission similar instruments of such high quality for these parish communities in which they will serve.

The concept for the seminary organ—two manuals and pedal with two enclosed divisions and an unenclosed complete principal chorus—came about through the months and years of conversations with Francesco Ruffatti, tonal director of the firm. This idea would seem to deliver the most flexibility for our instrument. It was also through these discussions and because of my desire to honor the French patrimony of the city, archdiocese, and seminary, that our concept for a French-inspired instrument was developed. Francesco and Michela had previously spent much time surveying and studying several famous instruments by the builder Cavaillé-Coll in preparation for what has become one of the firm’s landmark organs—in Buckfast Abbey, Devon, U.K., which contains a French Gallery division. Our instrument here in New Orleans is largely influenced by that study.

As we have now completed the installation of the instrument and are in the process of voicing and tuning, we have begun using the instrument at liturgies. To say that the organ surpasses my every expectation would be a gross understatement: it literally sings in the room. It is possible to lead the entire seminary community with only the 8′ Montre. The rich harmonics seem to lift the voices high in the nave. The Gregorian chant Propers sung by the Seminary Schola Cantorum are beautifully accompanied by the Gemshorn. The sounds are truly gorgeous in every sense of the word.

This project would not have been possible without the incredible support of the Very Reverend Father James A. Wehner, S.T.D., Sixteenth Rector and Sixth President of Notre Dame Seminary. As well, profound thanks are due to the entire team at Fratelli Ruffatti, including Piero, Francesco, and Michela Ruffatti, Fabrizio Scolaro, Evgeny Arnautov, Nancy Daley, and Tim Newby.

—Max Tenney

Associate Professor, Organist and

Director of Sacred Music

Notre Dame Seminary

The Roman Catholic Archdiocese of New Orleans

Builder’s website: ruffatti.com

Seminary website: nds.edu

Cover photo by Steven Blackmon

Detail photos by Fratelli Ruffatti

 

GRAND-ORGUE Unenclosed Manual I

16′ Montre 61 pipes

8′ Montre 61 pipes

4′ Prestant 61 pipes

2-2⁄3′ Twelfth 61 pipes

2′ Doublette 61 pipes

1-3⁄5′ Seventeenth 61 pipes

2′ Fourniture III–V 264 pipes

Zimbelstern 12 bells

Sub Octave

Unison Off

Super Octave

GRAND-ORGUE Enclosed

16′ Bourdon (prep)*

8′ Flûte Harmonique 61 pipes

8′ Bourdon 61 pipes

8′ Gemshorn 61 pipes

8′ Gemshorn Celeste (TC) 49 pipes

4′ Flûte Octaviante 61 pipes

Tremblant for enclosed stops

8′ Cor de Wehner (Trompette de Fête) 61 pipes

Chimes (prep)*

Sub Octave

Unison Off

Super Octave

EXPRESSIF (Enclosed), Manual II

16′ Bourdon Doux (prep)*

8′ Stopped Diapason 61 pipes

8′ Viole de Gambe 61 pipes

8′ Viole Celeste (TC) 49 pipes

4′ Prestant 61 pipes

4′ Flûte de la Vierge 61 pipes

2-2⁄3′ Nasard 61 pipes

2′ Octavin 61 pipes

1-3⁄5′ Tierce 61 pipes

2′ Plein Jeu IV 244 pipes

16′ Basson-Hautbois 61 pipes

8′ Trompette Harmonique 61 pipes

8′ Hautbois (ext 16′) 12 pipes

Tremblant

8′ Cor de Wehner (Grand-Orgue)

Chimes (prep)*

Sub Octave

Unison Off

Super Octave

PÉDALE (Unenclosed)

32′ Contre Basse (prep)*

32′ Contre Bourdon (prep)*

32′ Resultant (from Soubasse 16′)

32′ Harmonics V (from Montre 16′ and Subbass 16′)

16′ Montre (Grand-Orgue)

16′ Soubasse 32 pipes

16′ Bourdon (Grand-Orgue)

16′ Bourdon Doux (Expressif)

8′ Basse 32 pipes

8′ Bourdon (ext 16′ Soubasse) 12 pipes

8′ Stopped Diapason (Expressif)

4′ Flûte (ext 16′ Soubasse) 12 pipes

32′ Contre Bombarde (prep)*

32′ Contre Basson (prep)*

16′ Bombarde 32 pipes

16′ Basson (Expressif)

8′ Trompette (ext 16′ Bomb.) 12 pipes

4′ Hautbois (Expressif)

8′ Cor de Wehner (Grand-Orgue)

Chimes (Expressif)

* console preparation for digital stop

50 speaking stops (including preparations and wired stops)

34 pipe ranks

1,970 pipes and 12 real bells

INTERDIVISIONAL COUPLERS

Expressif to Grand-Orgue 16, 8, 4

Grand-Orgue Enclosed to Expressif Transfer

Grand-Orgue Unenclosed to Pédale 8, 4

Grand-Orgue Enclosed to Pédale 8, 4

Expressif to Pédale 8, 4

Manual Melody Coupler

Grand-Orgue Cor de Wehner Coupler

COMBINATION ACTION

Generals 1–10

Grand-Orgue 1–6, Cancel

Expressif 1–6, Cancel

Pédale 1–6, Cancel

Set

General Cancel

Next (+) (multiple locations)

Previous (–)

All Generals Become Next (piston)

Divisional Cancels on stop jambs for each division

MIDI

MIDI Grand-Orgue

MIDI Expressif

MIDI Pédale

Pedal Divide 1

Pedal Divide 2

(Pedal divide configurations and dividing point are programmable from the touchscreen)

CANCELS (not settable)

Reeds Off

Mixtures Off

 

Zimbelstern

Tutti (Full Organ)

Expression for Expressif

Expression for Grand-Orgue Enclosed

All Swells to Expressif

Crescendo

CONSOLE CONTROL SYSTEM

The control panel is a 5.7-inch-wide color touchscreen.

Functions and features:

• Screen settings, language selection, date and time display, thermometer display

• Metronome

• Transposer, by 12 semitones either way

• Crescendo and Expressions bargraphs

• Crescendo sequences: standard and settable

• Crescendo Off

• Diagnostics

• “Open” memory containing up to 9,999 memory levels for the General pistons

• Additional 100 personalized folders, each containing up to 9,999 memory levels for the General pistons

• Access to the folders by password or by personal proximity sensor

• Up to 5 “insert” combinations can be included or cancelled between each General piston to correct errors or omissions while setting combination sequences

• Renumbering function for modified piston sequences

• All system data can be saved on USB drive.

• Display for combination piston and level in use

• Combination action sequences can be stored with the name of the piece, and pieces can be collectively grouped and saved into labelled “Concert” folders.

RECORD AND PLAYBACK

Export/import recordings with USB drive.

Ruffatti organ, Notre Dame Seminary, New Orleans

Fratelli Ruffatti has built a new organ for Notre Dame Seminary, New Orleans, Louisiana: two manuals and pedal; 50 speaking stops (including preparations and wired stops); 34 pipe ranks; 1,970 pipes and 12 real bells.

The video is a chronicle of the installation of the organ.

The organ is featured on the cover of the October issue of The Diapason: 
https://www.thediapason.com/content/cover-feature-ruffatti-notre-dame-seminary-new-orleans

Builder’s website: ruffatti.com

Seminary website: nds.edu

Cover photo by Steven Blackmon. Detail photos by Fratelli Ruffatti. 

A 157-stop organ in the Basilica of Our Lady of Licheń, Licheń Stary, Poland

Michał Szostak

Michał Szostak, Polish organist, researcher, and author, completed a doctorate degree in organ performance in February 2019. He studied organ performance at the Fryderyk Chopin University of Music in Warsaw with Andrzej Chorosiński, as well as organ improvisation at the Pontificio Istituto Ambrosiano di Musica Sacra in Milan with Davide Paleari. He regularly performs organ recitals in Denmark, France, Germany, Great Britain, Italy, Poland, Russia, Ukraine, and the United States, and has recorded three CDs. His organological research is regularly published by Polish and international organ magazines. From 2011–2018 he was the music director and principal organist of the Basilica in Licheń Stary. For further information: www.michalszostak.org.

Basilica organ

Between 2002 and 2007, in Licheń Stary, near the geographical center of Poland, the Polish organbuilder Zakłady Organowe Zych built a monumental instrument of 157 stops. Designed by Andrzej Chorosiński, the instrument is now the largest organ in Poland and is controlled by a six-manual console.

Licheń Stary has a population of approximately 1,500 people. After World War II, priests of the order of the Marian Fathers promoted the devotion to the Blessed Virgin Mary here, centered around a small seventeenth-century oil painting of the Blessed Virgin. The ever-increasing number of pilgrims visiting the village could not be accommodated in the small local church housing the painting.

The Marian Fathers decided to build a new and larger church for the painting and pilgrims, an edifice that would become a minor basilica and consequently the largest church edifice in Poland. Construction began in 1992, and Pope Saint John Paul II blessed the building in 1999, though construction continued into 2002. The size of the basilica is 3,237,000 cubic feet, and the usable area is 247,600 square feet. The length of the nave is approximately 456 feet, while the width of the transept with uneven shoulder lengths is approximately 472 feet.1 With the completion of construction there was a need to equip the interior with liturgical elements, including a pipe organ.

The motivator of the pipe organ project was Reverend Eugeniusz Makulski, MIC, a great lover of organ music and the person most responsible for the construction of the shrine. In mid-2002, when construction of the basilica was nearly complete, Father Makulski finalized the plans that would lead to the construction of a pipe organ to adorn the monumental interior. He decided the organ must be exceptional and worthy of the largest church in Poland; it would have at least 100 stops with a beautiful and noble sound and visual appearance. The other stipulation was that at least some of the instrument had to be playable by June 14, 2003.2

After analyzing various organbuilders’ bids, the Marian Fathers entrusted the project to the firm of Zakłady Organowe Zych. The signing of the contract for the construction of the first part of the organ, the instrument for the west gallery, took place on August 21, 2002.

The organ firm, headed by Dariusz Zych, had to rely on acoustical plans for the instrument concept to avoid disappointments and surprises at the final stage of this work. The starting point for the development of the whole specification by Andrzej Chorosiński was the unrealized project by Aristide Cavaillé-Coll for Saint Peter’s Basilica, Vatican City.3 Based on the measured analysis of the acoustic parameters of the basilica, Chorosiński began to develop the specification of the organ and the composition of stops. The fact that the Licheń Basilica has five galleries (one in the main nave, two in the west and east aisles, and two galleries in the sanctuary), gave rise to the concept of creating a spatial sound unit composed of five elements. The great organ of the basilica has been placed in the southern, western, and eastern parts of the church. The project was completed with two Chancel Positives on two small balconies at both presbytery gables, where the apse connects to the main nave. The scales of the stops, as well as the compositions of composite stops (mixtures, etc.), were individually developed by Chorosiński.

Zakłady Organowe Zych accomplished all design work, construction of organ cases, windchests, key and stop actions, wooden ranks and wooden resonators of reeds, as well as assembly of all elements, voicing, and tuning. Subcontractor companies that were commissioned to carry out specific assignments included: KOART Krzysztof Cieplak (structures made of stainless steel), Otto Heuss GmbH from Lich, Germany (consoles, electronics, Zimbelstern, tubular bells), Aug. Laukhuff GmbH & Co. KG from Weikersheim, Germany (West Organ façade pipes), Jacques Stinkens
Orgelpijpenmakers BV from Zeist, the Netherlands (façade pipes for the South Organ), Süddeutsche Orgelpfeifenfabrik Roland Killinger GmbH from Freiberg on the River Neckar, Germany (reeds for West Organ, East and West Positives), Orguian Lda. from Avidos, Portugal (reeds for the South Organ), and Ryszard Chacinski from Kobylka near Warsaw (metal labial stops). Decorative elements adorning the organ cases were carved in wood by Janusz Regulski and Tomasz Kusnierz from Sochaczew near Warsaw, and then gilded in the goldsmith’s workshop of Henryk Kwiatkowski from Poznań.

All assembly, voicing, and tuning were completed before July 2, 2006, so that during the solemn Mass that day, when the famous painting of Our Lady of Licheń was introduced to the basilica, a fully prepared instrument could be heard. Thousands of pilgrims from all over the world took part in the ceremony of transferring the image to its new home.

One month later, on August 1, 2006, there was a technical and artistic reception of the completed organ made by a commission consisting of representatives of the Marian Fathers, organbuilders, organists, and musicologists, who were all very pleased with the work. The acceptance protocol was signed by members of the commission composed of Rev. Wiktor Gumienny, MIC, Father Superior of the Licheń Shrine; Professor Urlich Grosser, German conductor and organist; Professor Roberto Padoin, organist and professor at the Conservatory B. Marcello in Venice; Reverend Dr. Jacek Paczkowski, chairman of the church music committee of the Diocese of Kalisz; Reverend Dr. Mariusz Klimek, director of the Church Music Study of the Diocese of Torun; Siegfried Sauer, organbuilder from Germany; Adam Klarecki, organist of the Wloclawek cathedral; Jacek Łukasik and Robert Grudzien, organists; and Jaroslaw Adamiak, then organist of the Licheń Shrine. Artistic decoration of the cases took nearly another year, and the dedication of the organ took place on the first anniversary of the transfer to the basilica of the famous painting of Our Lady of Licheń on July 2, 2007, during a Mass celebrated by Bishop Wieslaw Alojzy Mering.

Description of the organ

The organ of the Basilica of Our Lady of Licheń comprises 157 stops, 12,323 pipes, and five “organs” (in the chronology of construction): the West Organ, the South Organ (located in three organ cases on the same gallery above the main entrance), the East Organ, the East Chancel Positive, and the West Chancel Positive. The South Organ and the West Organ are fully independent instruments and have their own consoles. The East Organ and both Chancel Positives do not have their own consoles and can be played only from the main console. An organist playing from the main console has eleven independent divisions from which to choose. The key action is mechanical-electric, while the stop action is electric; windchests are slider and pallet, and the alloys of pipe metals contain tin up to 85–90%. All divisions of the instrument have a manual compass of C–c4 and pedal compass of C–g1. The layout of all parts of the organ throughout the basilica is presented in Figure 1.

The South Organ

The core of the whole organ of the Licheń Basilica is the South Organ, which contains the principal divisions of the instrument. The South Organ is the second in chronological order of construction, built between mid-2003 and 2005. This eighty-one-stop instrument with four manuals has a typical sound arrangement for the nineteenth-century French Romantic period: Grand-Orgue, Positif, Récit-expressif, and Pédale. In addition there is a high-pressure Solo division placed on Manual IV. In each division one finds a full set of basic stops (Jeux de Fonds) in the form of principals, flutes, and strings, as well as stops—according to Aristide Cavaillé-Coll’s nomenclature—available (Jeux de Combinaisons) in the form of mutations, mixtures, cornets, and reeds.

The console is placed centrally in the organ case and on a multi-stage elevation. Registers are placed on either side of the keydesk: on the left side for the Pédale and Grand-Orgue, on the right side for the Positif, Récit-expressif, and the Solo division. The stop action is electric, while the key action is mechanical (for the majority of the Grand-Orgue, Positif, Récit-expressif, and Pédale windchests) and electric (for the entire Solo division, as well as selected portions of the Grand-Orgue, Positif, Récit-expressif, Pédale windchests, and double pallets for bass notes). The Récit-expressif section is enclosed in a swell box controlled by a balanced shoe with electric action; next to the expression shoe is a crescendo roller, which allows seamless dynamic changes. The player sits with his back to the main altar, and the console has a solid-state combination action system with an extensive storage capacity.

The South Organ consists of three separate organ cases placed on the same gallery on the axes of the main and side naves and is anchored on a twenty-ton steel structure. Architecturally, the cases are inspired by the organ case built between 1999 and 2003 by Schoenstein & Co. for the Conference Center in Salt Lake City, Utah, in the United States. A great majority of the façade pipes are speaking pipes. The main case contains the Grand-Orgue, Positif, Récit-expressif, Solo, and most of the Pédale division. In the side cases there are windchests for several Pédale stops (divided on C and C-sharp sides).

Each side case has its own small blower and a separate wind system. The wind system of the main South Organ’s section is fed by three electric blowers: the first blower feeds the Grand-Orgue, Positif, and Pédale, the second feeds the Récit-expressif, and the third feeds the high-pressure Solo division.

The South Organ contains the tallest open wood pipes of the whole organ, which belong to the Pédale 32′ Subcontrabasse, a principal stop. In this section there is also a second 32′ stop, the Contrabombard, the tallest reed resonators in the organ. The instrument also contains the largest tin pipes of the Licheń organ, located in the central organ case. The largest has a length of 25-1⁄2 feet, a diameter of one foot, and weighs 330 pounds.

The West Organ

The West Organ, placed on the gallery above the left transept of the basilica above the Pieta Porch, was built between August 2002 and June 2003. This two-manual instrument includes 51 stops enhanced with Zimbelstern and Tympan imitating the sound of a storm (Pédale d’Orage). Registers are placed at either side of the keydesk: on the left for the Pedal and the Hauptwerk sections, on the right side for the Schwellwerk division and additional devices. The instrument contains both mechanical and electric-action chests, double pallets for low keys, and electric stop action. All couplers are electric. As in the South Organ, the Schwellwerk is enclosed in a box managed by a balanced expression shoe with electric action, in addition to a crescendo roller. The console, slightly elevated, is centrally integrated into the organ case. The player sits with his back to the main altar, and the console features an extensive solid-state combination action.

The specification of the West Organ is slightly non-standard, divided between two manuals and pedal. Initially, it was planned that this instrument would have three manuals, however, due to the constraints imposed by basilica architect, Barbara Bielecka, on the dimensions of the organ case, it was decided to limit the number of manual divisions while maintaining a wealth of stops. In each section there is a full range of principals (in the Hauptwerk based at 16′, in the Schwellwerk at 8′, in the Pedal at 16′), enriched with flute stops of all types, strings, and reeds. In the Pedal section there is one 32′ stop, a stopped wood Bourdon. All divisions have mutation stops (2-2⁄3′, 1-3⁄5′, 1-1⁄3′, 8⁄9′) and at least one mixture (in the Hauptwerk there are two mixtures and a cornet). This instrument was conceived for performing Baroque pieces; however, thanks to a large number of foundation stops (as many as eleven manual stops, i.e., 30%, are at 8′), Romantic and symphonic pieces also work well. In the West Organ are also placed tubular bells with a compass from g to g2.

The placement of pipe flats in the organ case reflects the arrangement of the divisions inside the instrument. In the central part of the case (three double flats, each crowned with a group of small pipes) we see the Hauptwerk, the Schwellwerk above it (another three double flats, each crowned with a group of small pipes, the wooden shutters of the swell box located just behind the façade), and two symmetrical pedal towers—left side C, right side C-sharp. The façade pipes belong to the 16′ Principal from the Hauptwerk and the independent 16′ Principal from the Pedal. The organ weighs a total of thirty tons.

The blessing and dedication of the West Organ took place on June 14, 2003, by Bishop Roman Andrzejewski, while the inaugural concert was performed by Andrzej Chorosiński. The event, which was very popular with the media, attracted many outstanding guests from around the world.

The East Organ

The East Organ, built between September 2005 and 2006, is housed in twin towers with trapezoidal bases placed between high windows on the east gallery, which crowns the right transept of the basilica over the Four Evangelists’ Porch. The instrument has eight stops; the key and stop action are electric, and the windchests are slider and pallet. Looking from the center of the basilica, the left tower contains two windchests, placed one above the other, with C side pipes, while the right tower is similar with C-sharp side pipes.

The external structure of the organ cases reflects the internal arrangement of windchests for flue pipes. Each case has two main pipe flats separated by horizontal resonators of the Trumpets (16′, 8′, and 4′) and one small set of pipes at the very top, which are dummy pipes. Both towers are supplied by one blower that is placed in the left tower; the channel supplying air to the right tower runs along the gallery floor. The whole instrument is supplied with air under high pressure. As a result of this treatment, the volume of the eight stops of the East Organ is equivalent to the sound of fifty-one stops along with the super-octave couplers of the West Organ. This instrument can only be played from the main console and may be assigned to any of the six keyboards and pedalboard.

The West Chancel Positive

Built in 2006, the West Chancel Positive, with seven stops (plus Nachtigall), has electric key and stop action. Everything, including the blower, is enclosed in a single case, a mirror image of the East Chancel Positive. This instrument does not have a separate console, but rather is played from the main console only, as a floating division. This section, richly equipped with string stops, perfectly matches the ethereal voices of the Récit-expressif section of the South Organ. With proper registration, it surrounds the listener with the impression of “heavenly voices” (Vox Coelestis).

The East Chancel Positive

The East Chancel Positive was completed in 2006 and features eight stops constructed with early Baroque scaling and electric key and stop action. The whole instrument is enclosed in a single case like the West Chancel Positive. This division also does not have a separate console, but is a floating division of the main console. The disposition of this instrument was inspired by early Baroque Flemish organs and pairs well with the West Organ. With proper registration and manual changes, the East Chancel Positive and the West Organ can produce dialogue effects, concertino and tutti, in a manner characteristic of instrumental concertos of the Baroque era.

Where are the largest pipe organs in Europe?

On the basis of the criterion of organ classification in terms of size (i.e., number of ranks and auxiliary devices managed from one console) published by the author in 2017 in Polish4 and English5 literature on the subject, the organ of the Basilica of Our Lady of Licheń is the largest instrument in Poland, the fourth largest in Europe, and the thirteenth largest in the world. Among ecclesiastical organs, it is the tenth largest instrument and has one of the largest consoles in the world. The console of the Licheń organ is also the largest console among Polish organs and is one of the largest consoles in Europe.

The organist playing from the main console has a total of eleven fully independent divisions: nine manual divisions and two pedal divisions. Most divisions can be assigned at will on the six manuals and pedalboard, allowing ultimate flexibility.

The monumental main console is located in the sanctuary of the basilica. The lowest manual keyboard has the deepest key movement, while the top keyboard, the shallowest. The manual keyboards, moving from the lowest to the highest, are inclined at increasing angles. The main console is connected to all sections by a wired computer network and MIDI system. For each of the main console’s keyboards and pedalboard, it is possible to assign each section of the West Organ, the East Organ, the West Chancel Positive, the East Chancel Positive, and Manual IV of the South Organ. The Grand-Orgue, Positif, Récit-expressif, and Pédale from the South Organ can be assigned only to manuals I, II, III, and pedalboard on the main console (plus standard section couplers within the South Organ).

The console is equipped with two balanced expression pedals to control two swell boxes (right, Schwellwerk of the West Organ; left, Récit-expressif of the South Organ). On the left side of the expressive pedals, there is a crescendo roller with two pre-programmed crescendos (smooth or stepwise). The console is equipped with a separate solid-state memory system; it has a cut-out switch for all reeds, as well as Tutti and General Tutti switches and General Cancel. The console was made in the workshop of Otto Heuss GmbH and is a work of art.

Conclusion

The course of history is surprising when considering a proposal for a project in 1875 by one of the greatest organbuilders of all times intended for the largest Catholic church in the world inspires the creation of a new organ 130 years later in the largest basilica of Poland, a country that did not even exist on the maps of Europe when Aristide Cavaillé-Coll lived. Though Cavaillé-Coll invited many great personalities from the world of politics, the Vatican authorities did not manage to materialize the project at Saint Peter’s Basilica; yet a priest in a relatively poor country with the support of countless pilgrims offering their small donations for this purpose did. Really, history can be amazing!

Several compact discs of organ music have been recorded so far on the organ of the Licheń Basilica. In 2003, Andrzej Chorosiński recorded organ literature, which was the first recording of the West Organ. In 2007, a Belgian organist of Polish descent, Karol Golebiowski, recorded a second album with the entire organ. In September 2017 the author recorded the third album, Ave Regina Caelorum, including improvisations on Gregorian and Polish Marian themes in two Romantic cyclic forms: organ symphony and symphonic poem on the South Organ. In June 2018 he recorded the fourth album, French Inspirations: the Second Half of the 19th Century, including literature of Franck, Lefébure-Wély, Lemmens, Guilmant, and an improvised five-movement organ symphony. (These last two discs can be found on eBay.)

I cordially invite you to Licheń Stary, where one can hear and see the largest organ in the largest ecclesiastical interior of Poland.

Notes

1. Krzysztof Jedrzejewski, Przewodnik po Sanktuarium Lichenskimm (Licheń Stary, Zaklad Gospodarczy “Dom Pielgrzyma,” 2014), p. 181.

2. Organy Licheński (Licheń Stary, Zaklad Gospodarczy “Dom Pielgrzyma,” 2007), p. 22.

3. For more information on this organ proposal, see Ronald Ebrecht’s book, Cavaillé-Coll’s Monumental Organ Project for Saint Peter’s, Rome: Bigger than Them All (Lanham, Maryland, Lexington Books, 2011).

4. Michal Szostak, “Wielkie organy Bazyliki w Licheniu w zestawieniu z najwiekszymi organami swiata,” Wokol nowych organow w kosciele NSPJ w Tarnowie, ed. Pawl Pasternak (Tarnów, Poland, Biblos, 2017, ISBN 978-83-7793-504-0), and Michal Szostak, Lichenskie organy na tle najwiekszych instrumentow Polski, Europy i swiata (Licheń Stary, Zaklad Gospodarczy “Dom Pielgrzyma,” 2017, ISBN 978-83-64126-14-7).

5. Michal Szostak, “The World’s Largest Organs,” The Organ, No. 382, November 2017–January 2018, ISSN 0030-4883, pp. 12–28.

Specification of the organ:

South Organ

GRAND-ORGUE (Manual I)

16′ Montre

16′ Bourdon

8′ Montre

8′ Flûte Harmonique

8′ Gamba

8′ Kopula

8′ Dolce

5-1⁄3′ Quinte

4′ Prestant

4′ Flute

4′ Salicet

2-2⁄3′ Quinte

2′ Doublette

1-3⁄5′ Tierce

IV Gr. Fourniture

IV Mixtur

V Gr. Cymbel

IV Cymbel

16′ Bombarde

16′ Fagot

8′ Trompet

8′ Hautbois

4′ Clairon

IV–I

III–I

II–I

POSITIF (Manual II)

16′ Violon

8′ Diapason

8′ Flûte Harmonique

8′ Salicional

4′ Prestant

4′ Flûte

4′ Viole

2-2⁄3′ Quinte

2′ Piccolo

III Sesquialtera

V Plein Jeu

III Scharf

16′ Dulcjan

8′ Cromorne

8′ Clarinette

8′ Jannhorn

Tremolo

IV–II

III–II

Recit-expressif (Manual III, enclosed)

16′ Bourdon

8′ Montre

8′ Flûte Traversiere

8′ Rurflet

8′ Gamba

8′ Voix Celeste

4′ Prestant

4′ Flûte Traversiere

4′ Viola

2-2⁄3′ Nazard

2′ Doublette

V Cornet

IV–V Fourniture

16′ Basson

8′ Trompet

8′ Hautbois

8′ Vox Humana

4′ Clairon Harm.

Tremolo

IV–III

SOLO (Manual IV, enclosed)

8′ Flauto Major

8′ Gamba

8′ Keraulophon

V Cornet

8′ Tuba Mirabilis

Pedale

32′ Subcontrabasse

16′ Contrabasse

16′ Violonbasse

16′ Subbass

10-2⁄3′ Quintbass

8′ Octavbass

8′ Flûte

8′ Flûtebass

8′ Cello

4′ Choral

2′ Ocarina

III Sesquialtera

V Hintersatz

IV Mixtur

32′ Contrabombard

16′ Bombard

10-2⁄3′ Quinttrompet

8′ Trompet

4′ Clairon

IV–P

III–P

II–P

I–P

West Organ

HAUPTWERK (Manual I)

16′ Prinzipal

8′ Octave

8′ Holzflöte

8′ Bourdon

8′ Gamba

8′ Gemshorn

4′ Oktave

4′ Szpicflet

4′ Viola

2-2⁄3′ Quinte

2′ Superoctave

1′ Flageolet

V Cornet

V Mixtur

IV Mixtur

16′ Trompet

8′ Trompet

4′ Trompet

II–I

Super I

SCHWELLWERK (Manual II, enclosed)

16′ Quintadena

8′ Prinzipal

8′ Rohrflöte

8′ Salicet

4′ Prestant

4′ Traversflöte

4′ Gemshorn

2-2⁄3′ Nazard

2′ Oktave

2′ Piccolo

1-3⁄5′ Terz

1-1⁄3′ Larigot

8⁄9′ None

V Scharf

16′ Dulcian

8′ Krummhorn

8′ Clarinette

Tremolo

Tubular Bells

PEDAL

32′ Bourdon

16′ Prinzipal

16′ Subbass

16′ Violonbass

8′ Oktavbass

8′ Fletbass

8′ Cello

4′ Choral

4′ Bourdon

II Sesquialtera

IV Mixtur

16′ Bombard

16′ Fagott

8′ Trompet

4′ Clairon

II–P

Super I–P

I–P

Zimbelstern

Tympan

East Organ

8′ Diapason

8′ Gedeckt

4′ Prestant

2′ Oktave

III–IV Cymbel

16′ Tuba Magna

8′ Tuba Mirabilis

4′ Clairon

West Chancel Positive

8′ Vox Humana (labial, 2 ranks)

8′ Gamba

8′ Aeolina

8′ Vox coelestis

4′ Prinzipal

4′ Fugara

III Harmonia Aeth.

Nachtigall (nightingale)

Tremolo

East Chancel Positive

8′ Gedeckt

4′ Prinzipal

4′ Hohlfloete

4′ Quintade

2′ Dezchen

III Zimbel

8′ Regal

4′ Zink

Tremolo

Current Issue