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Salmson

Salmson was a pioneering engineering company founded in 1890 by Émile Salmson in , initially specializing in steam-powered pumps and compressors before expanding into engines, complete , and automobiles, with notable successes in and . Established as "Emile Salmson, Ing." in the Billancourt district, the firm quickly innovated in , launching its first centrifugal pumps in 1890 and renaming to "Emile Salmson & Cie, Ingénieurs Constructeurs" by 1896. By the early 1900s, Salmson ventured into , developing engines for military use. During , it became a leading producer of radial engines, such as the 135-hp water-cooled model exhibited in 1915, supplying the French military and licensing production abroad, including in . Post-war, Salmson pivoted to the automotive sector in by forming Société des Moteurs Salmson, acquiring the rights to the British GN cyclecar and producing it from 1920 to 1925. The company introduced its own light cars in 1921, including the 7HP (1.0L ) and 10HP (1.3L DOHC) models, which emphasized performance and were imported to the . Between 1921 and 1928, Salmson automobiles secured 550 race victories and 10 world records, while in 1931, aviator Maryse Bastié set two world records in a Salmson single-seater . Salmson's automotive lineup evolved with models like the 1929 S4 (1.3L) and a 1.6L six-cylinder variant, followed by the more advanced S4E in 1937 featuring a 2.3L engine and independent front suspension. A British subsidiary, British Salmson Aero Engines Ltd., operated from 1934 to 1939, producing cars locally in , . Post-World War II, the firm relaunched with the 1951 Randonnée (2.2L, 70 hp), a grand tourer aimed at competing with , though only about 500 units were sold due to high costs and limited production. The 1954 2300 S sports coupé (2.3L, 110 hp) achieved success by winning the GT category at the 1957 . Despite these highlights, Salmson faced financial difficulties from outdated manufacturing, intense competition, and low sales volumes—such as just 811 cars in 1951—leading to bankruptcy in 1953 and the cessation of automobile production by 1957 under new ownership. The company refocused on its core pumping systems in the 1960s, relocating production to Laval in 1961 and joining the WILO Group in 1984; the Salmson brand was phased out starting in 2018, with products integrated into Wilo, which continues as a leader in water management and hydraulic technologies as of 2025. Salmson's legacy endures in vintage car and aviation circles for its innovative engineering and racing heritage.

Origins and Early Development

Founding as a Pump Manufacturer

Salmson was founded in 1890 by Émile Salmson, a Parisian engineer and industrialist, in Billancourt near Paris, under the name "Emile Salmson, Ing." The company initially operated as a small workshop specializing in the production of steam-powered compressors and centrifugal pumps designed for water supply, railway applications, and industrial uses. These early products targeted essential infrastructure needs, establishing Salmson as a key player in mechanical engineering during the late 19th century. By the mid-1890s, the firm had introduced its first branded compressors and centrifugal pumps, which gained traction among major clients including the French Ministry of Public Works (Ponts et Chaussées), railway companies, military engineering firms, and the French artillery. In 1896, the company was renamed "Emile Salmson & Cie, Ingénieurs Constructeurs," reflecting its growing scope in hydraulic systems and pump technology. Émile Salmson's expertise as an engineer drove these developments, focusing on reliable, efficient designs that supported urban and industrial expansion during the Belle Époque. The firm's reputation solidified through practical innovations in pump efficiency, contributing to advancements in plumbing and municipal water management. The company's growth accelerated in the early 1900s, with operations expanding from the initial workshop to larger facilities, positioning Salmson as one of France's leading manufacturers by 1910. Key contracts with infrastructure projects and sectors underscored its role in the era's technological progress, though the core focus remained on production until diversification into engines emerged as a natural extension of its mechanical expertise around that time.

Entry into Engine Production

Building on its expertise in manufacturing motors for centrifugal pumps, Salmson began developing small gas and petrol engines in the early for agricultural and industrial applications, such as powering machinery in rural and factory settings. In 1908, in collaboration with Swiss engineers Georges Canton and Pierre Unné, the company entered production. Their designs featured the Canton-Unné arrangement, with valves located within the pistons to enable the compact water-cooled radial configuration. This marked Salmson's dedicated entry into advanced production beyond pumps. The Société des Moteurs Salmson was formally established in in Billancourt to support expanding engine output. The initial focus was on innovative water-cooled radial and barrel-type engines for the burgeoning aircraft sector, responding to the pre-World War I boom and rising demand for reliable internal combustion powerplants. Early models, such as the 1908 7-cylinder barrel-type Salmson A (75 mm bore, 125 mm stroke, 7.731 L displacement, 50 hp at 800 rpm), were experimental and used for bench testing. Subsequent variants like the Salmson B, C, and D (up to 60 hp), along with radials such as the 1911 A7 (80–100 hp) and 1912 A9 (110–130 hp), emphasized compact, high-power output with features like cylinder liners and integrated radiators for cooling efficiency. Production remained limited during this period, with small runs reflecting the experimental nature of the market. By 1913, Salmson had expanded its Billancourt facilities to support growing output, positioning the company as an early leader in aero-engine innovation.

Aviation Era

Development of Aero Engines

Salmson's development of aero engines began in the early , evolving from licensed designs to innovative radial configurations that played a key role in . The company, Société des Moteurs Salmson, initially focused on barrel-type engines but acquired licenses in 1908 from Swiss engineers Georges Canton and Pierre Unné for their patented water-cooled radial designs, which featured a novel "true-motion" mechanism to replace traditional master-and-articulated rod systems. This laid the foundation for Salmson's 9-cylinder radials, with pre-war prototypes including barrel-type E and F models around 1911-1912 (110 mm bores and 130 mm strokes, producing approximately 75 ). By , the A9 represented Salmson's first production radial, delivering 110-130 , with a 122 mm bore and 140 mm stroke. During , Salmson scaled up production of the 9Z series, a water-cooled 9-cylinder radial that became a cornerstone for Allied and bomber aircraft. Introduced around 1916-1917, the 9Z initially produced 230 at 1,500 rpm, later upgraded to 250 at 1,550 rpm through stroke increases to 170 mm while maintaining a 125 mm bore, resulting in a displacement of about 18.2 liters. Over 3,000 units were manufactured in at expanded facilities in Billancourt and a new plant in , powering French designs like the Salmson 2A2 as well as aircraft from Voisin, , Farman, Hanriot, and SPAD. Specific fuel consumption stood at 0.490 /hp/hr, with oil at 0.077 /hp/hr, and a of 5.4:1 in later models; the weighed approximately 215-288 , depending on . While no large-scale U.S. licensing occurred—unlike the Liberty engine program—Salmson engines were integrated into American-operated Salmson 2A2s built stateside. Key innovations in the 9Z included steel cylinders with welded water jackets for cooling, aluminum pistons with four compression rings and one oil ring, and the Canton-Unné mechanism for smoother piston operation. Dual ignition was provided by two 9-cylinder magnetos, paired with Claudel or duplex carburetors for reliable fuel delivery, while gear-type pumps circulated oil. An experimental air-cooled 9Z variant in achieved 230 hp but weighed 226.8 kg with an aluminum alloy crankcase; supercharging experiments were limited during the war, though post-war models incorporated centrifugal superchargers. These features addressed the radial layout's inherent challenges, such as uneven airflow, by prioritizing to prevent overheating—a common issue in early radials that Salmson mitigated through jacketed designs rather than air fins until the 1920s transition to air-cooling. By 1918, refinements ensured greater reliability, with the water-cooled system proving effective for frontline use. Post-war, Salmson established British Salmson Aero Engines Ltd. in 1920 to license-produce engines for the market, producing around 56 units of the 9Z before shifting focus to air-cooled designs and automotive applications. This subsidiary, based on French technology, supported limited aero production amid declining wartime demand.

Aircraft Manufacturing During

During , Salmson transitioned from engine production to manufacturing complete aircraft, introducing the Salmson 2A2 two-seat in 1917. Designed to meet specifications for spotting and observation, the aircraft featured a Salmson-built covered in fabric, powered by the company's own 260 hp 9Z . It achieved a top speed of 180 km/h and was armed with one fixed for the pilot and a twin mount for the observer. The Salmson 2A2 quickly became a mainstay for Allied efforts, with over 2,000 units produced by Salmson itself and additional subcontracting to firms like Hanriot, Latécoère, and Desfontaines, bringing total output to approximately 3,250 aircraft. Production ramped up significantly by , reaching rates of up to 100 aircraft per month at peak, enabling widespread deployment. forces used it extensively for tactical gathering, while units received about 700 examples, designated as the Salmson 2A2, for squadrons such as the 1st, 12th, 24th, 90th, and 91st . Belgian aviation also employed a small number for frontline observation. Operationally, the Salmson 2A2 excelled in artillery coordination and photographic reconnaissance, particularly in late-war offensives. U.S. squadrons flew it during the Battle of St. Mihiel in September 1918, conducting patrols over sector areas like Thiaucourt and Vigneulles, with missions including infantry liaison, counter-battery spotting, and protection against enemy —such as the 1st Aero Squadron's 8 sorties on September 12 totaling over 10 hours. It supported ground attacks by locating targets and relaying fire adjustments, contributing to Allied advances despite challenges like weather and anti-aircraft fire. Following the in , surplus Salmson 2A2s flooded the market, with many sold to operators for or roles, while others were scrapped due to wear from intensive wartime use. This disposal reflected the rapid of forces and the shift away from production.

Post-War Aviation Innovations

Following the end of , Salmson refined its aero designs, transitioning from water-cooled radials to air-cooled configurations to meet the demands of and experimental . Building on the wartime Salmson 2A2 , the company adapted its 9-cylinder 9Z series for use, powering limited variants of the 2A2, with approximately 36 entering civil registers for roles such as passenger and survey work. These adaptations emphasized reliability for non-military applications, though production remained modest due to the shift toward newer designs. These adaptations emphasized reliability for non-military applications, though production remained modest due to the shift toward newer designs. A key advancement came in high-performance engines for racing, exemplified by the 18-cylinder 18CM radial introduced in 1923, which delivered 500 horsepower at 1,650 rpm and weighed 459 kg. This engine was developed for speed contests, raids, and competitions, with its compact double-row layout powering experimental seaplanes. Concurrently, Salmson explored lighter aircraft, producing the Phrygane in 1933—a three-seat, high-wing tourer powered by a 135 9Nc radial—for the growing market in sports and touring . In 1931, aviator Maryse Bastié set two world records for women in a Salmson single-seater , highlighting the company's continued in . From 1930 onward, the renamed British Salmson Aero Engines Ltd. at manufactured the AD.9 series of 40-50 hp air-cooled 9-cylinder radials for light across the market. These engines, such as the AD9R variant, supported small touring and training planes, reflecting a strategic pivot to international collaboration amid domestic market saturation. By the early , intensified competition from dominant manufacturers like Gnome-Rhône, which scaled up production of advanced radials for and commercial use, eroded Salmson's , leading to a wind-down of the division around with resources redirected toward automobiles. The final significant innovation was the experimental SH-18 two-stroke radial in 1935, producing 600 through a dual-piston-per-cylinder design, though it saw no widespread commercialization due to the rise of more efficient gasoline alternatives. Engine production ceased entirely by the late , marking the end of Salmson's era.

Automotive Ventures

Beginnings in Car Production

Following the end of , Salmson established car production in 1919 at its Billancourt factory near , adapting its expertise in engines to create reliable automotive powerplants for lightweight vehicles. The company initially assembled British GN cyclecars under license to enter the market quickly, displaying six examples at the October 1919 to meet regulations requiring new manufacturers to exhibit complete vehicles. The first original Salmson model, the , debuted in 1921 as a cyclecar-style designed by Émile Petit, featuring a 1,100 cc inline-four-cylinder side-valve engine rated at 16 hp with an innovative single pushrod per cylinder actuating both inlet and exhaust valves. This compact powerplant, derived from aviation-derived principles, drove a simple with shaft drive and no , emphasizing affordability and sporty performance for middle-class buyers. Priced at around 8,900 francs for the two-seater tourer, the was showcased in various body styles at the 1921 , marking Salmson's formal entry into the competitive light car segment. By 1922, Salmson refined its offerings with the D-type, retaining the 1,095 cc but introducing an advanced twin option, a 4-speed , and wire wheels for improved handling and durability. Production remained modest in these early years, starting with limited output in 1920 and scaling to approximately 1,000 units annually by 1923, positioning the cars as accessible sports options. Early models demonstrated competitive potential, achieving successes in hill climbs that highlighted their agile design and engineering prowess.

Interwar Models and Racing Achievements

Salmson's entry into full-scale automobile production built on the lightweight designs of the early AL and D models as precursors. The 1924 Grand Sport (GS), a sportier iteration of the pre-S series platform, featured a 1,086 cc liquid-cooled four-cylinder twin , producing up to 22 hp in supercharged configurations and enabling a top speed of around 75 mph. This model marked a shift toward more refined touring cars, emphasizing reliability and performance in the small-displacement category. Model evolution continued with the introduction of larger engines; by , the S6 debuted as Salmson's first mass-market six-cylinder offering, displacing 1,800 cc and positioned with the behind the for improved balance and smoothness. In 1929, the S4 followed as a refined four-cylinder model with a 1.3 L twin producing approximately 35 . By 1932, cumulative S-series production exceeded 10,000 units, reflecting growing demand for Salmson's blend of engineering precision and affordability. Salmson's interwar racing efforts solidified its reputation, with the company securing 550 victories and setting ten world records between 1921 and 1928 before disbanding its dedicated racing department. The S4 and GS models excelled in endurance events, notably claiming class victories at the in 1923 (finishing 12th overall in the 750-1,100 cc category) and 1927 (securing 2nd and 3rd places overall). These successes extended internationally, with Salmson entries competing prominently in U.S. hill climbs and speed trials, often driven by racers adapting the cars' lightweight design to American circuits. The GS8 variant, produced from 1927 to 1930 in just 130 examples, further embodied this racing heritage, employing a twin-overhead-cam 1,100 cc engine rated at 27 hp derived directly from components. Key design innovations enhanced the S-series' appeal, including a lightweight tubular chassis that prioritized handling and reduced weight for better and . From , select models incorporated early hydraulic braking systems, a forward-thinking feature that improved stopping power over traditional mechanical setups, particularly in higher-speed applications. Aerodynamic bodywork became a hallmark, with flowing and tourer coachwork on GS variants minimizing drag and enhancing visual elegance. Exports played a vital role, with British Salmson Aero Engines Ltd assembling licensed S4 models in from , adapting them with local gearboxes to suit UK preferences and markets. The automotive division significantly boosted Salmson's revenue during the prosperous , diversifying from its aviation roots and funding further innovations. However, the 1929 triggered economic contraction, prompting model rationalization and a shift toward cost-effective production to sustain viability amid declining sales.

Post-World War II Automobiles

After , Salmson resumed automobile production in 1946, reintroducing updated versions of its pre-war S4 series models, including the S4E and S4-61, with enhancements such as improved systems to meet contemporary standards. The S4E featured a 2.3-liter inline-four producing approximately 67 horsepower, paired with a semi-automatic four-speed gearbox and , while maintaining the elegant styling of its interwar predecessors. The smaller S4-61, with a 1.7-liter delivering 50 horsepower, served as a more accessible option in the lineup, available in and cabriolet body styles. In 1951, Salmson launched the Randonnée, a 2.2 L inline-four producing 70 hp, aimed at competing with models like ; however, high costs limited production to about 500 units. In the early , Salmson shifted focus to refine its offerings amid intensifying market pressures, continuing production of the S4-61 as a practical suitable for fleet use, while introducing the more advanced 2300S in 1953. The 2300S, a sporty 2+2 , was powered by a 2.3-liter overhead-cam inline-four generating 82 to 110 horsepower, depending on tuning, and incorporated modern features like fully independent coil-sprung front for improved handling and stability. Aluminum body panels were offered on select variants to reduce weight, and the model achieved a top speed of around 180 km/h, positioning it as a sophisticated alternative in the mid-size executive segment. Production volumes reflected the era's challenges, with Salmson building a few thousand S4-series vehicles in the late before peaking at modest levels around , only to decline sharply thereafter due to fierce competition from mass producers like and , whose and broader dealer networks overshadowed Salmson's artisanal approach. The 2300S saw limited output of approximately 227 units through 1957, with some examples featuring hydraulic drum brakes on all wheels and optional pre-selector transmissions for smoother operation. Exports were minimal, primarily to select markets including parts of , but failed to offset domestic sales erosion. Automotive manufacturing at Salmson concluded in 1957, with the final 2300S models rolling off the line just before the factory was sold to , marking the end of the company's brief post-war automotive chapter.

Decline, Revival, and Legacy

Financial Troubles and End of Automotive Production

By the early 1950s, Salmson grappled with severe financial difficulties exacerbated by declining sales of its post-World War II automobiles, which failed to attract sufficient buyers in a market favoring affordable, mass-produced vehicles. High postwar taxes on larger engines contributed to the slow sales, with only 89 units sold in 1952, leading to the company's declaration in 1953. Despite the bankruptcy, Salmson persisted in limited production for several years, but the automotive division proved unsustainable amid ongoing economic pressures. The company's recovery was hampered by wartime disruptions during the German occupation from to , when its factory was requisitioned and shifted focus to aircraft production, halting automobile manufacturing and complicating postwar resumption with outdated prewar designs. Strategic missteps, including a failure to rapidly modernize vehicle designs to match competitors like the economical , further eroded market share as Salmson's heavier, costlier models—such as the Randonnée—struggled against the rising tide of efficient, low-priced alternatives. In 1955, amid continued financial strain, the French government provided partial support through measures aligned with the Pons Plan for industrial rationalization, though this could not salvage the unviable car operations. Sales plummeted further, from over 1,100 vehicles in 1950 to just 82 in 1955 and 11 in 1956, reflecting the poor performance of postwar models like the 2300S. By 1957, with automotive production effectively ended, Renault acquired Salmson's factory assets, marking the close of the company's automobile era.

Return to Pumps and Industrial Focus

Following the end of automobile production in 1957 with the final assembly of the 2300 S model, Salmson fully reoriented toward its core expertise in pump manufacturing, ceasing all automotive activities by 1960. The company shifted its efforts to centrifugal and submersible tailored for (HVAC) systems, , and industrial uses, building on its foundational role as a pump innovator since the . In the early 1960s, Salmson revived and modernized its product lines to meet demands during France's ongoing post-war reconstruction, emphasizing energy-efficient designs for building services and infrastructure. Production relocated to a new facility in Laval in 1961, followed by the opening of the Saint-Melaine plant on May 19, 1962, which supported expanded output of heating pumps reaching 80,000 units annually by that year. Sales had grown fivefold in the preceding five years, employing 450 workers and solidifying Salmson's position as a leading player in the French pump sector. The company supplied pumps for key applications in urban infrastructure and sectors, contributing to rebuilding efforts through reliable circulation systems for heating and . Technical progress included the development of integrated motors starting in the early , enhancing efficiency for HVAC and operations. By the late , Salmson had regained prominence in the domestic market, focusing on high-quality, durable pumps that supported amid growing needs.

Acquisitions and Current Operations

In 1962, Salmson was acquired by the through its subsidiary LMT, integrating the company into ITT's and pumps as a department focused on pump production. The acquisition led to partial rebranding as ITT Salmson, with operations expanding to a new plant in Saint-Melaine that employed 450 workers and produced 80,000 heating pumps annually. By 1976, Thomson-CSF purchased ITT-LMT's French operations, including Salmson, shifting emphasis toward industrial automation and electronics integration while stabilizing the workforce at approximately 800 employees during a period of economic transition. This acquisition maintained Salmson's pump manufacturing core but aligned it with Thomson's broader technological portfolio. In 1984, the German pump manufacturer Wilo SE (then part of the Opländer Group) acquired Pompes Salmson, the largest French pump producer at the time, which was outputting 800,000 units annually. The takeover facilitated global expansion by leveraging Salmson's established presence in France and African markets, while retaining the Salmson brand for key regional operations to preserve customer trust. As of 2023, Wilo Salmson France , formed from the 2014 merger of France and Pompes Salmson, operates as a specialized producing pumps, pressure boosters, and related systems primarily from its Laval facility, serving the European market with an annual output including 12 million components as of 2021. The company employs approximately 730 staff and generates an annual revenue of €224 million, concentrating on sustainable HVAC applications such as energy-efficient heating and cooling pumps. Recent developments include compliance with ErP directives for ecodesign and in , motors, and , alongside integration of monitoring technologies for intelligent and optimization. There have been no revivals in automotive or sectors under Wilo ownership.

References

  1. [1]
    The history of the brand - Salmson
    Salmson was established in 1890 and has been involved in two of the major industrial revolutions which marked the history of the early 20th century.
  2. [2]
    Salmson - Graces Guide
    Nov 15, 2024 · The French Salmson company started a British branch company, Moteurs Salmson, as an aero engine maker for the British Empire market.
  3. [3]
    French Deadly Sins (Third Helping, part 2) – Salmson Randonnée ...
    Sep 22, 2024 · Salmson takes us back to the late 19 th Century. Émile Salmson, a gifted engineer, began manufacturing mechanical pumps in Billancourt, just west of Paris, in ...
  4. [4]
    EarlyEnginesS - Aircraft Engine Historical Society
    Apr 27, 2023 · Salmson. In 1890, Emile Jean Jules Salmson (1858 ‑ 1917) opened a small Paris shop that made compressors and centrifugal pumps for rail ...
  5. [5]
    Salmson - Unique Cars and Parts
    At the turn of the century, Emile Salmson owned a factory in the Rue de la Grange-aux-Belles, Paris XIe, where he built pumps for light industry. However, he ...Missing: growth | Show results with:growth
  6. [6]
    Salmson - Aeroengines AZ
    Sep 21, 2023 · -Curiously, in 1908 it began to produce engines as rare and complex as those of the barrel type, which in the case of Salmson were called “Obus” ...
  7. [7]
    Salmson Type Z18, 2-Row, Radial 18 Engine
    Development work on water-cooled radial aircraft engines began in 1908, making it one of the earliest companies to produce power plants of this type. Whereas ...Missing: 1905-1910 | Show results with:1905-1910
  8. [8]
    Salmson 9Z, French WWI, 9-cylinder aero engine, 1918
    A total of 3000 units of the 9Z Salmson engine were produced in France. The Salmson factory at Billancourt near Paris was expanded during World War I, and a ...
  9. [9]
    Salmson Z-9, Radial 9 Engine | National Air and Space Museum
    The Salmson Z-9 was the first of its series, and was produced during World War I. It primarily powered Salmson-built aircraft, principally the Salmson 2 SAL day ...Missing: aero | Show results with:aero
  10. [10]
    Salmson 9Z - Aircraft Engine Historical Society
    May 26, 2005 · The Société des Moteurs Salmson began development of aircraft engines in 1908 and started producing engines in 1913. No other water-cooled ...
  11. [11]
    British Salmson Aero Engines - Graces Guide
    Nov 29, 2024 · The French Salmson company had started a British branch company, Moteurs Salmson, as an aero-engine maker for the British Empire market.
  12. [12]
    Salmson 2 - The Aerodrome
    Built in large numbers, the Salmson 2 was the most widely used reconnaissance aircraft in the final year of the war. A versatile two-seater biplane ...Missing: production | Show results with:production
  13. [13]
    [PDF] Source Data for NMUSAF* Piston Engine Tour
    May 30, 2023 · 4 The. Salmson 2 A.2 was a reliable reconnaissance biplane – over 3000 served in. WWI in French units and 700 with American units. The Z- ...
  14. [14]
    Salmson 2A2 - GasPatch Models
    In April 1917, they introduced the Salmson 2A2, with the 260hp Canton-Unné 9z nine-cylinder water-cooled radial engine. This time, the French air force accepted ...
  15. [15]
    [PDF] The U.S. Air Service in WWI, vol 3
    ... Salmson with American Cocardes on ground right side up. North east of Mihiel ... engine conking. Pilot unhurt. Summary. Lieut. Muther reports no E.A. ...
  16. [16]
    [PDF] Spyplanes
    both the DH.4 and the 2A2 in considerable numbers during World War I. □. World War I airmen aboard aircraft like the French-built Salmson 2A2 sought ...
  17. [17]
    Salmson Sal.2 - Their Flying Machines
    Salmson 6. The Salmson 6 was designed to the 1918 STAe A2 specification calling for a single-engine army cooperation aircraft. It was based on the standard ...
  18. [18]
    Gnome & Rhône K engine enters service - Safran
    Gnome & Rhône begins production of the K and N series. These engines meet with huge commercial success and are chosen to power a wide range of French and other ...Missing: Salmson decline competition
  19. [19]
    French Salmson
    Originally an engineering company started by Emile Salmson in Paris in 1890, manufacturing pumps and compressors, Salmson began building aeroplane engines ...Missing: history | Show results with:history
  20. [20]
    Salmson AL, AL3 - Blockley Tyre
    The Salmson AL was built from 1921 with a 4 cylinder 62x90mm engine designed by Emile Petit, having a unique single pushrod per cylinder that actuated both ...Missing: 1920 history specifications
  21. [21]
    1955 SALMSON 2300S - Tampa Bay Automobile Museum
    Number Produced. 217. Engineer. Émile Salmson. Émile Salmson, an engineer, began ... In 1920 Salmson began production of its first proper car, the model AL.
  22. [22]
    Salmson GS8 Roadster: twin-cam pioneer | Classic & Sports Car
    ### Salmson GS8 Roadster Summary
  23. [23]
    SMS - Driven to Write
    Nov 10, 2022 · Émile Salmson (1858-1917) ran a workshop where he produced steam powered pumps for railway and military applications.
  24. [24]
    1946 Salmson S4-E Cabriolet full range specs - Automobile Catalog
    2-door convertible body type; RWD (rear- wheel drive), semi-automatic 4-speed gearbox (with manual shift mode); gasoline (petrol) engine with displacement: 2328 ...Missing: S4E | Show results with:S4E
  25. [25]
    1946 Salmson S4-61 Coupe full range specs - Automobile Catalog
    2-door coupe body type; RWD (rear- wheel drive), semi-automatic 4-speed gearbox (with manual shift mode); gasoline (petrol) engine with displacement: 1732 cm3 / ...Missing: S4E | Show results with:S4E
  26. [26]
    The Salmson 2300 Berline by Rocco Motto - carrozzieri-italiani.com
    The suspension system featured independent front components and a live rear axle. Braking was by hydraulic drums on all four wheels. The aluminium body was ...
  27. [27]
    Salmson 2300 S 110 hp - Specs & performance - ZePerfs
    Jan 23, 2024 · The Salmson 2300 S has a naturally aspirated four cylinders in line longitudinal front engine providing a maximum torque of 167 Nm available from 3500 rpm.
  28. [28]
    Salmson 2300 Sport – Belrose Classics
    The 2300 Sport was a strong performer by the standards of the day, boasting a top speed of around 180km/h.
  29. [29]
    Forgotten Classic: Salmson 2300s - poeschl on cars
    Jun 18, 2016 · This somewhat Alfa-like engine had some performance potential, featuring an aluminum head with hemispherical combustion chambers. But the ...
  30. [30]
    1956 Salmson 2300 Sport Coupe - Sports Car Market
    Dec 1, 2011 · Number Produced: 80 ; Original List Price: $4,500 ; Chassis Number Location: Plate in engine compartment ; Engine Number Location: Left side of ...Missing: post- challenges
  31. [31]
    Car Show Classic: 1954 Salmson 2300 S – Fat Lady Clears Her ...
    Apr 8, 2024 · Their niche was smaller (2 to 2.3 litre) but very sophisticated DOHC 4-cyl. cars with a sporty edge, smartly dressed by Salmson's own body shop.
  32. [32]
    SALMSON 2300 SPORT – Grand tourisme populaire à la française ...
    Dec 16, 2023 · Rebaptisée en 1956 Société des Pompes Salmson, elle se spécialise alors notamment dans la fabrication des circuits de chauffage. ... Toutefois, en ...
  33. [33]
    https://wilo.com/en/Company/History/The-anniversary-year/60th-Anniversary-of-Wilo-France
  34. [34]
    60th Anniversary of Wilo France!
    1890. Emile Salmson founds the “Emile Salmson Ing” company. For almost a hundred years, the Salmson company has established and nurtured a solid reputation.<|control11|><|separator|>
  35. [35]
    American business spreading modernity into France | Cairn.info
    With the merger of Cit and Alcatel and the Thomson group's buy-out of Lmt, one of Itt's subsidiaries in France in 1976, Alcatel and Thomson emerged as the two ...<|separator|>
  36. [36]
    Wilo worldwide
    Nov 17, 2022 · Salmson was an established brand in France and many African markets. The Wilo management decided not to follow many a piece of advice and ...
  37. [37]
    Wilo France: Revenue, Competitors, Alternatives - Growjo
    Wilo France's estimated annual revenue is currently $35M per year.(i); Wilo France's estimated revenue per employee is $68,493. Employee Data. Wilo France has ...Missing: Salmson | Show results with:Salmson
  38. [38]
    https://wilo.com/fr/fr/Qui-sommes-nous/Territoire/Sites-en-France/