This is how we make sure your mast doesn’t just "stand" it stands for 25+ years on your exact ground.

1. Precision Survey
What it is: We come to your site with GPS, total stations, and drones to map every detail.

Why it matters: We check ground elevation, access roads, and nearby obstacles like buildings or treesWe confirm mast location, orientation, and clearance for guy wires and foundations We avoid costly rework by getting coordinates and levels 100% accurate before fabrication startsResult: The design fits the site on day one. No surprises during erection.

2. Soil Analysis / Geotechnical Test
What it is: We drill boreholes and test the soil to know what’s under the surface.
Why it matters: We measure bearing capacity, soil type, water table, and compaction This tells us if you need a pad foundation, piled foundation, or reinforced base A tower is only as strong as the ground it sits on. Wrong soil data = settlement, tilt, or collapseResult: The foundation is engineered specifically for your soil, not copied from another site.

3. Climate-Specific Wind-Load Modeling
What it is: We use 20+ years of local weather data + NCC/NERC codes to simulate wind forces on your mast.

Why it matters: Coastal areas, open plains, and urban corridors all have different gust speeds and turbulence We model wind speed, direction, and equipment load to calculate stress on every member and bolt We design bracing, guying, and member thickness for your zone, not a generic "one-size" Result: The mast is rated to survive the worst storms in your region without over-engineering cost. 

CERTIFIED ENGINEERING: STAAD.Pro, AutoCAD & PE-Certified Designs.
This is where your mast goes from idea → to certified drawings → to steel that won’t fail.

1. STAAD.Pro Structural Modeling
What it is: Industry-standard 3D structural analysis software used by telecoms and EPCs worldwide.

Why it matters:
We model the full tower + all equipment: radios, cables, platforms, ladders, antennas
We simulate dead load, wind load, seismic load, and ice load to test every beam and bolt We optimize member sizes so the mast is strong enough, but not overbuilt and overpriced

Result: A mathematically proven design. No guesswork. Rated for the exact loads it will carry for 25 years.

2. AutoCAD Detailing
What it is: Precision 2D/3D fabrication drawings for every plate, angle, bolt, and weld.

Why it matters:
 Each lattice section, base plate, and bracing connection is detailed to mm accuracy Weld types, bolt grades, and galvanizing specs are all called out The shop floor builds directly from these drawings. No interpretation needed

Result: Faster fabrication, zero errors, and perfect fit-up on site. What we draw is what gets erected.

3. PE-Certified Designs
What it is: Designs reviewed and stamped by a licensed Professional Engineer.

Why it matters:
 A PE takes legal responsibility that the design meets NCC, NERC, and international codes Required by most telecoms, banks, and insurers before site approval It proves the mast is safe for your team, your equipment, and the public

Result: Bankable, insurable, and approval-ready documentation. No delays with clients or regulators.

PRECISION FABRICATION: CNC Steel, Welding & Corrosion Protection
This is where engineering turns into steel that won’t rust, bend, or fail for decades.
1. CNC-Cut Steel
What it is: Computer Numerical Control machines laser/plasma cut every angle, plate, and gusset to exact specs from the AutoCAD drawings.

Why it matters: Zero human error. Hole sizes, bolt patterns, and angles are accurate to ±1mm Every tower section is identical and interchangeable No grinding, re-drilling, or "forcing" parts on site
Result: Perfect fit-up during erection. Faster install, lower labor cost, and a cleaner structure.

2. Submerged-Arc Welding / SAW
What it is: An automated welding process where the arc is buried under flux. Used for all main joints and base plates.

Why it matters: Deeper penetration and stronger welds than manual welding Uniform, defect-free welds with full traceability Tested for porosity and cracks. Meets AWS D1.
1. Structural Standards
Result: Joints that are stronger than the steel itself. Critical for wind and vibration loads on telecom masts.

3. ISO 1461 Hot-Dip Galvanising + Epoxy Protection
What it is: A 2-layer defense system for 25+ year corrosion-free life.

Layer 1 - Hot-Dip Galvanising ISO 1461: We dip the entire fabricated tower in molten zinc at 450°C. The zinc bonds to the steel and seals every edge, inside and out.
Why it matters: This is the global standard for telecom towers. It self-heals small scratches.
Layer 2 - Epoxy Coating: We add an epoxy topcoat on high-corrosion zones: coastal areas, base sections, and guy anchor points.
Why it matters: Double protection against salt, humidity, and industrial pollution common in Nigeria.
Result: A mast that laughs at rain, sun, and sea breeze. No repainting. No rust. No maintenance headaches..

EXPERT INSTALLATION: From Ground to Go-Live
This is where design and fabrication become a tower that’s plumb, safe, and ready for equipment.
1. Foundation Templates
What it is: Precision steel jigs that hold anchor bolts in exact position before concrete is poured.
Why it matters:
. Every bolt pattern matches the tower base to ±2mm
. No misalignment = no field modifications, no cutting, no delays
. We set levels and orientation so the tower stands perfectly vertical
Result: The foundation and tower mate perfectly on erection day. First-time fit.

2. Reinforced Concrete Foundations
What it is: Engineered concrete + rebar bases designed from your Site Intelligence soil report.
Why it matters:
. We use the right mix, depth, and rebar layout for your soil and wind zone
. Options: pad foundation, piled foundation, or rock anchor depending on terrain
. 28-day cure monitoring and test cubes to prove strength
Result: A base that locks the tower to the ground. No settlement, no tilt, even in storms.

3. Tower Erection
What it is: Section-by-section assembly using cranes or gin poles by certified riggers.
Why it matters: Each section is bolted to torque spec and checked for plumb with total stations Safety: 100% tie-off, lift plans, and HSE compliance for every crew We install ladders, platforms, cable trays, and aviation lights as we go
Result: A straight, true tower built to the certified drawings. No shortcuts.

4. Certified Guy Tensioning
What it is: Precision tensioning of guy wires on guyed masts using dynamometers.
Why it matters: Uneven tension causes tower lean and vibration fatigue We tension in stages to manufacturer and PE specs, then re-check after 30 days Every guy anchor is load-tested and logged
Result: A stable mast that handles wind sway without stressing members. Maximizes tower life.

Put Together: "Nationwide Teams. One Standard."
Template It → Bolt positions are perfect
Pour It → Foundation matches the soil and load
Raise It → Erected plumb and to code
Tension It → Guys balanced and certified

. Built by Beejay Mast Tower Construction Ltd. Mast teams across Nigeria.
. Same process,
. Same quality,
. Whether your site is in Maiduguri or Port Harcourt. We don’t hand off and disappear.
We install it, certify it, and hand you a tower ready for radios etc.

COMMISSIONING & HANDOVER: Signed, Sealed, Tower Delivered
This is where we prove the tower is built right, safe, and ready for your network to go live.
1. As-Built Documentation
What it is: The full project record showing exactly what was built vs what was designed.
Why it matters: Updated AutoCAD drawings with any field changes Material test certificates, weld reports, galvanizing certificates, concrete test cubes Bolt torque logs, foundation records, and equipment load schedule
Result: You get a "birth certificate" for the tower. Needed for audits, insurance, future upgrades, and NCC compliance.
2. Lightning Protection Testing
What it is: Full test of the tower’s earthing and air terminal system.
Why it matters: We test earth resistance with a megger.

Target: <10 ohms per NCC/NERC code Continuity check from air terminal → tower → earth pit Verify surge protection and bonding for all equipment mounts
Result: Your radios, RRUs, and team are protected. One strike won’t take down the site or the mast.

3. Structural Integrity Audit
What it is: Final PE-supervised inspection before handover.
Why it matters:
. Plumb check: Tower verticality verified with total station
. Bolt check: 100% torque verification on all structural bolts
.  Weld, guy tension, and alignment audit against STAAD.Pro design
.  Defect list closed out and signed
Result: Independent proof that the tower meets design load and safety standards. No hidden issues.

4. Final Client Sign-Off
What it is: Joint inspection + handover certificate.
Why it matters:
. You walk the site with our team and tick off every item
.  O&M manual, as-builts, and test reports handed over
.  Warranty activation starts from this date
Result: Project Complete. Responsibility transfers to you with full confidence.

Put Together: "Project Complete"
. Document It → Every detail recorded
. Test It → Lightning and safety systems verified
. Audit It → Structure proven to spec
. Sign It → You approve, we hand over the keys No loose ends. No "we’ll send it later."

You get a compliant, certified, ready-to-load tower on day one.

Chairman's Remark

"It is with immense gratitude that I introduce the team steering Beejay Mast Tower Construction Company Ltd forward. To our Chief Operating Officer, Ashiru Janet Folashade; our General Manager, Head of Projects & Technical Operations, Tunde Thomson Ajibawo; and our Chief Technical Officer of Engineering, Ajibade Wilson Alabi, thank you for the dedication you bring to every project we undertake.

These leaders represent the BEEJAYMAST™ standard: technical depth, operational excellence, and an unwavering commitment to safety and quality. It is because of leadership like this that we are able to take on projects others hesitate to touch, and deliver them to a standard our clients can trust without question.

I am proud to lead alongside them, and even prouder of what we continue to build together, not just towers, but a legacy of reliability that will stand for generations to come."



Annual Opening Statement —

"As we step into a new year, Beejay Mast Tower Construction Company Ltd does so with the same resolve that has defined every project behind us: one standard, zero compromise. This year, we recommit to expanding our capacity, strengthening the expertise of our engineering team, and taking on the rigorous, high-stakes projects that others may hesitate to touch.

Our goal remains clear — to deliver infrastructure that stands the test of time, for clients and communities who depend on it. I look forward to what our team, under the leadership of Ashiru Janet Folashade, Tunde Thomson Ajibawo, and Ajibade Wilson Alabi, will build in the months ahead."




Annual Closing Statement —

"As we close this chapter, I look back with gratitude at what Beejay Mast Tower Construction Company Ltd has accomplished together — every mast raised, every tower completed, every client's trust honoured through hands-on execution and uncompromising standards.

None of this would have been possible without the dedication of our leadership team and the technical excellence of every engineer and welder on site. To our clients and partners, thank you for trusting us with infrastructure that carries real weight — literally and figuratively.

As we close the year, we do so not with a sense of arrival, but with renewed commitment: to build stronger, rise higher, and continue setting the standard for durable, trustworthy mast and tower construction across Nigeria."

Abolaji Akeem Ayinde,
Chairman/CEO,
Beejay Mast Tower Construction Company Ltd