"A comprehensive ecosystem of trusses, towers, and roofs built for the most demanding tasks, powered by cutting-edge technology and ultra-high-strength steel materials."
"Solutions with a load capacity of over 120 tons and heights exceeding 20 meters are part of our standard portfolio."
"We offer a wide range of educational courses, training programs, and hands-on workshops."
Sales support
| Versions available | |||||
|---|---|---|---|---|---|
| Max. span up to | 35m | 40m | 45m | 50m | 60m |
| UDL up to | 314kg(with 20m span) | 495kg(with 20m span) | 673kg(with 20m span) | 925kg(with 30m span) | 1 094kg(with 30m span) |
| Center Point Load up to | 3 139kg(with 20m span) | 4 949kg(with 20m span) | 6 731kg(with 20m span) | 13 873kg(with 30m span) | 20 240kg(with 30m span) |
| Width (mm) | 530 | 786 | 585 | 776 | 768 |
| Height (mm) | 530 | 786 | 1 012 | 1 453 | 2 003 |
| Weight kg (ca. per meter) | 52 | 69.27 | 65 | 125.1 | 141.4 |
| Main chord size (mm) | 60.3×4 | 60.3×4 | 60.3×4 | 101.6×4 | 101.6×4 |
| Brace size (mm) | 33.7×2.6 | 48.3×3.2 | 48.3×3.2 | 60.3×4 | 60×60×4 |
| Shortest segment length | 1 m | 1 m | 1 m | 1 m | 1 m |
| Longest segment length | 6 m | 6 m | 6 m | 6 m | 6 m |
| Custom length option | |||||
| Connection system | fork | fork | fork | fork | fork |
| Static report | |||||
| Certificate | |||||
| Manual (EN 82079-1) | |||||
| Standard colour | black | black | black | black | black |
| Optional colour | |||||
| Identification label with serial number | |||||
| Ceiling support | |||||
| Attachment and hanging point position | as close as possible to node points | as close as possible to node points | as close as possible to node points | as close as possible to node points | as close as possible to node points |
| Type of series (B, U..) | – | – | – | – | – |
| Connector | – | – | – | – | – |
| Pin type | PQ | PQ | PQ | PW | PW |
| Material | steel(main chord S700) | steel(main chord S700) | steel(main chord S700) | steel(main chord S900) | steel(main chord S900) |
| Can be used with clamp series | – | – | – | – | – |
| Middle beam | |||||
| Integrated ladder |
| Design | pitched | pitched | pitched | pitched |
|---|---|---|---|---|
| Stage size | 28×19m | 32×19m | 24×25m | 32×25m |
| Clearance | 13.9m | 13.9m | 18.4m | 18.4m |
| Internal width | 28.5m | 32.5m | 24.7m | 32.7m |
| Internal depth | 15.8m | 15.8m | 20m | 20m |
| Main grid max. loading capacity | 50 000kg | 40 000kg | 100 000kg | 60 000kg |
| Total max. loading capacity | 68 000kg | 58 000kg | 128 000kg | 88 000kg |
| Material | steel | steel | steel | steel |
| Base | scaffold | scaffold | scaffold | scaffold |
| Static report | ||||
| Training offer | ||||
| Test setup | ||||
| Manual | ||||
| PA wing / frame option | ||||
| PA wing / frame max. loading capacity | 18 000kg | 18 000kg | 28 000kg | 28 000kg |
| Side house option | ||||
| Cantilever max. loading capacity | N/A | N/A | N/A | N/A |
| Main grid truss | S-M1010 | S-M1010 | S-M1450 | S-M1450 |
| Towers | S-MT-P | S-MT-P | S-MT-Q | S-MT-Q |
| Number of towers | 6 | 6 | 6 | 6 |
| Ballast | ||||
| Side wall keders | ||||
| Wall material option | PVC | PVC | PVC | PVC |
| Rooftop construction | keder | keder | keder | keder |
| Deadhang method | S-MT-P-10|LockingUnit | S-MT-P-10|LockingUnit | S-MT-Q-10|LockingUnit | S-MT-Q-10|LockingUnit |
| Chain on standard head section | chain 10×28 | chain 10×28 | chain 11×31 | chain 11×31 |
| Transport solution | ||||
| Setup time | 30h(20 skilled riggers) | 30h(20 skilled riggers) | 36h(24 skilled riggers) | 36h(24 skilled riggers) |
| Overall external width (m) | 51.1 | 55 | 46.1 | 54.1 |
| Overall external depth (m) | 20.3 | 20.3 | 25.6 | 25.6 |
| Overall height (m) | 17.3 | 17.3 | 23.3 | 23.3 |
| PA wing - internal width (m) | 8.5 | 8.5 | 8.7 | 8.7 |
| PA wing - overall external width (m) | 9 | 9 | 9.5 | 9.5 |
| Cantilever depth (m) | 3.5 | 3.5 | 4.5 | 4.5 |
| Overall height | 16m | 22.5m | 20m |
|---|---|---|---|
| Max Loading Capacity | up to 47 000kg | up to 70 000kg | 2 500kg |
| Base Footprint | 5×5m | 6.3×6.3m | 8×8m |
| Self-weight | 3 500kg | 6 100kg | 3 850kg |
| Tower material | steel | steel | steel |
| Truss type in Tower | S-QTPT | S-QTQT | S-QTQT |
| Helper | N/A | N/A | |
| Base shape | cross | cross | cross |
| Ballast on base | |||
| Extra ballast needed | |||
| Electric hoist needed | |||
| Training offer | |||
| Test setup | |||
| Static report | |||
| Manual | |||
| Deadhang solution | S-MT-P-10|LockingUnit | S-MT-Q-10|LockingUnit | N/A |
| Head section length (mm) | N/A | N/A | 2 000 |
| Chain on standard head section | chain 10×28 or 11×31 | chain 7×22 or 10×28 | N/A |
| Chain hoist fixing method | N/A | N/A | roundsling |
| Guy Wire needed | N/A | N/A | |
| Transport solution | |||
| Setup time | 4h (4 skilled riggers) | 4h (6 skilled riggers) | 4h (6 skilled riggers) |
Steel truss is used for heavy-duty structures in large-scale events, stadium installations, industrial applications, and permanent constructions where exceptional load capacity and long spans are required. MILOS Steel Truss systems are manufactured from ultra-high-strength steel to maximize structural performance while reducing overall weight.
The main advantage of MILOS Steel Truss is its use of ultra-high-strength steel, which provides higher load capacity and reduced deflection compared to standard construction-grade steel.
Steel truss generally offers lower deflection than aluminium truss. The use of ultra-high-strength steel allows MILOS Steel Truss systems to achieve higher load capacities and longer spans in demanding applications.
Steel truss should be chosen when the project requires maximum strength, reduced deflection, or permanent installation where higher self-weight is not a limiting factor.
Yes. Steel truss is commonly used outdoors in stadiums, industrial structures, and permanent installations, provided it is properly protected against environmental conditions.
MILOS Steel Truss systems manufactured from ultra-high-strength steel are protected using primer and wet-paint coating systems designed to provide corrosion resistance and long-term durability.
Yes. Steel truss can be used for temporary events. Installation requires suitable machinery and handling equipment due to the weight and size of the components.
Steel truss is transported and stored in a similar way to aluminium truss systems. Due to its higher weight, suitable lifting and handling equipment and machinery is required.
In general, steel and aluminium truss systems are not directly combined unless specifically engineered adapters and structural approval are provided.
Yes. Structural calculations, load tables, and engineering documentation are available for MILOS Steel Truss systems.
Steel truss can achieve very high load capacities depending on geometry, span, and support conditions, making it suitable for extreme structural requirements.
Steel truss is assembled using bolted or pin connection systems designed for high-strength structural applications.
Yes. Regular inspections and maintenance are required to ensure long-term structural integrity, especially in outdoor environments. Please refer to the Steel Truss User Manual for further information.
Yes. Steel truss systems can be custom-engineered for specific project requirements, including unique spans, loads, and structural layouts.
Comprehensive and intensive training
Educational manipulatives and tools
Laser engraving
Construction assistance
Bertrand Verhauwen
Managing Director
"MILOS combines innovative engineering, exceptional structural reliability, and true partnership. Their ability to deliver high-performance solutions quickly—while listening to customer feedback—makes them an invaluable partner for the most demanding festival projects."
Jakub Kuchta
Technical Director
"For more than a decade, MILOS has been our trusted partner, delivering outstanding quality, excellent product availability, and reliable solutions for everything from conferences and weddings to large-scale event structures."
Sergen Uluç
Import/Export Specialist
"For over 12 years, MILOS has consistently delivered outstanding quality, reliability, and engineering excellence—making it one of the most trusted brands we use for live events."
Ziad Lakis
Brand Manager
"MILOS is more than a supplier—it is a trusted engineering partner. From live events to complex permanent installations, their innovative solutions, technical expertise, and commitment to quality give us the confidence to deliver even the most demanding projects."
Marios Georgiou
General Manager
"For two decades, MILOS has been the only brand we trust. Exceptional quality, certified safety, and unwavering reliability give us complete confidence on every production—from international tours to world-class concerts."
| Versions available | |||||
|---|---|---|---|---|---|
| Max. span up to | 35m | 40m | 45m | 50m | 60m |
| UDL up to | 314kg(with 20m span) | 495kg(with 20m span) | 673kg(with 20m span) | 925kg(with 30m span) | 1 094kg(with 30m span) |
| Center Point Load up to | 3 139kg(with 20m span) | 4 949kg(with 20m span) | 6 731kg(with 20m span) | 13 873kg(with 30m span) | 20 240kg(with 30m span) |
| Width (mm) | 530 | 786 | 585 | 776 | 768 |
| Height (mm) | 530 | 786 | 1 012 | 1 453 | 2 003 |
| Weight kg (ca. per meter) | 52 | 69.27 | 65 | 125.1 | 141.4 |
| Main chord size (mm) | 60.3×4 | 60.3×4 | 60.3×4 | 101.6×4 | 101.6×4 |
| Brace size (mm) | 33.7×2.6 | 48.3×3.2 | 48.3×3.2 | 60.3×4 | 60×60×4 |
| Shortest segment length | 1 m | 1 m | 1 m | 1 m | 1 m |
| Longest segment length | 6 m | 6 m | 6 m | 6 m | 6 m |
| Custom length option | |||||
| Connection system | fork | fork | fork | fork | fork |
| Static report | |||||
| Certificate | |||||
| Manual (EN 82079-1) | |||||
| Standard colour | black | black | black | black | black |
| Optional colour | |||||
| Identification label with serial number | |||||
| Ceiling support | |||||
| Attachment and hanging point position | as close as possible to node points | as close as possible to node points | as close as possible to node points | as close as possible to node points | as close as possible to node points |
| Type of series (B, U..) | – | – | – | – | – |
| Connector | – | – | – | – | – |
| Pin type | PQ | PQ | PQ | PW | PW |
| Material | steel(main chord S700) | steel(main chord S700) | steel(main chord S700) | steel(main chord S900) | steel(main chord S900) |
| Can be used with clamp series | – | – | – | – | – |
| Middle beam | |||||
| Integrated ladder |
| Design | pitched | pitched | pitched | pitched |
|---|---|---|---|---|
| Stage size | 28×19m | 32×19m | 24×25m | 32×25m |
| Clearance | 13.9m | 13.9m | 18.4m | 18.4m |
| Internal width | 28.5m | 32.5m | 24.7m | 32.7m |
| Internal depth | 15.8m | 15.8m | 20m | 20m |
| Main grid max. loading capacity | 50 000kg | 40 000kg | 100 000kg | 60 000kg |
| Total max. loading capacity | 68 000kg | 58 000kg | 128 000kg | 88 000kg |
| Material | steel | steel | steel | steel |
| Base | scaffold | scaffold | scaffold | scaffold |
| Static report | ||||
| Training offer | ||||
| Test setup | ||||
| Manual | ||||
| PA wing / frame option | ||||
| PA wing / frame max. loading capacity | 18 000kg | 18 000kg | 28 000kg | 28 000kg |
| Side house option | ||||
| Cantilever max. loading capacity | N/A | N/A | N/A | N/A |
| Main grid truss | S-M1010 | S-M1010 | S-M1450 | S-M1450 |
| Towers | S-MT-P | S-MT-P | S-MT-Q | S-MT-Q |
| Number of towers | 6 | 6 | 6 | 6 |
| Ballast | ||||
| Side wall keders | ||||
| Wall material option | PVC | PVC | PVC | PVC |
| Rooftop construction | keder | keder | keder | keder |
| Deadhang method | S-MT-P-10|LockingUnit | S-MT-P-10|LockingUnit | S-MT-Q-10|LockingUnit | S-MT-Q-10|LockingUnit |
| Chain on standard head section | chain 10×28 | chain 10×28 | chain 11×31 | chain 11×31 |
| Transport solution | ||||
| Setup time | 30h(20 skilled riggers) | 30h(20 skilled riggers) | 36h(24 skilled riggers) | 36h(24 skilled riggers) |
| Overall external width (m) | 51.1 | 55 | 46.1 | 54.1 |
| Overall external depth (m) | 20.3 | 20.3 | 25.6 | 25.6 |
| Overall height (m) | 17.3 | 17.3 | 23.3 | 23.3 |
| PA wing - internal width (m) | 8.5 | 8.5 | 8.7 | 8.7 |
| PA wing - overall external width (m) | 9 | 9 | 9.5 | 9.5 |
| Cantilever depth (m) | 3.5 | 3.5 | 4.5 | 4.5 |
| Overall height | 16m | 22.5m | 20m |
|---|---|---|---|
| Max Loading Capacity | up to 47 000kg | up to 70 000kg | 2 500kg |
| Base Footprint | 5×5m | 6.3×6.3m | 8×8m |
| Self-weight | 3 500kg | 6 100kg | 3 850kg |
| Tower material | steel | steel | steel |
| Truss type in Tower | S-QTPT | S-QTQT | S-QTQT |
| Helper | N/A | N/A | |
| Base shape | cross | cross | cross |
| Ballast on base | |||
| Extra ballast needed | |||
| Electric hoist needed | |||
| Training offer | |||
| Test setup | |||
| Static report | |||
| Manual | |||
| Deadhang solution | S-MT-P-10|LockingUnit | S-MT-Q-10|LockingUnit | N/A |
| Head section length (mm) | N/A | N/A | 2 000 |
| Chain on standard head section | chain 10×28 or 11×31 | chain 7×22 or 10×28 | N/A |
| Chain hoist fixing method | N/A | N/A | roundsling |
| Guy Wire needed | N/A | N/A | |
| Transport solution | |||
| Setup time | 4h (4 skilled riggers) | 4h (6 skilled riggers) | 4h (6 skilled riggers) |
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