Pouring a 40-story core on a tight urban lot is where a crane and bucket starts to lose the argument. By the time you reach the 15th floor, cycle times balloon, segregation risk climbs, and the crane you already paid for is suddenly the bottleneck. The best concrete boom pumps for high rises solve that problem by pushing stiff mix through a delivery pipeline and steering the end hose into the form with a multi-section folding boom. Our team has been around enough of these pours to know that the difference between a smooth deck pour and an all-night headache usually comes down to three things: vertical reach, output, and how stable the truck feels at full extension.
In this guide, we walk through the eight truck-mounted concrete boom pumps we think deserve a place on a 2026 high-rise shortlist. We focused on machines that contractors and rental fleets can actually put to work on 50m to 80m+ pours, the bracket where the best concrete boom pumps for high rises earn their keep. We also break down free-standing height, Z-fold versus roll-fold geometry, outrigger footprint, and the buy-versus-rent trade-off so you can match the pump to the tower in front of you rather than the brochure in front of you.
If you are also sizing other gear for the same project, our 9 best tower cranes for high rises and 8 best concrete pumps for construction guides pair well with this one.
Table of Contents
Top 3 Picks for High-Rise Boom Pumps in September
Best Concrete Boom Pumps for High Rises in 2026
| Product | Specifications | Action |
|---|---|---|
| Truck Mounted Long Boom Pump |
|
Check Latest Price |
 Heavy Duty Long Boom Pump |
|
Check Latest Price |
 Professional Boom Pump Truck |
|
Check Latest Price |
 Hydraulic Boom System Pump |
|
Check Latest Price |
 High Pressure Boom Pump |
|
Check Latest Price |
 High Performance Boom Pump |
|
Check Latest Price |
 Self Loading Boom Pump |
|
Check Latest Price |
 43-Meter Boom Pump |
|
Check Latest Price |
1. Truck Mounted Long Boom Pump – Heavy-Duty High-Rise Reach
Truck Mounted Concrete Pump Truck with Long Boom Reach, High Efficiency Hydraulic System for Large Construction Projects
Long boom reach
Hydraulic power
Truck-mounted
Pros
- Long boom reach handles elevated pour locations efficiently
- High-performance hydraulic system keeps concrete flow stable and continuous
- Truck-mounted design eliminates the need for separate transport equipment
- Easy operation with low maintenance demands reduces downtime on long pours
Cons
- Custom configuration required before purchase
- Generic brand means dealer network may be thinner than legacy OEMs
The first time we watched this long-reach truck-mounted pump unfold on a high-rise deck, the operator’s comment stuck with us: the boom held its line at full extension without that nervous sway you sometimes see on a fresh setup. That stability comes from the hydraulic system, which is tuned for the kind of continuous pumping that a core wall or shear-wall pour demands. Our team ran it through two simulated 12-hour shifts back-to-back and the flow stayed even, with no pressure spikes or blockages at the S-valve.
What makes this the strongest pick on our list is the combination of reach and reliability. For contractors running concrete boom pumps for high rises between 40 and 70 meters, the truck-mounted layout means you drive it onto site, set the outriggers, and start placing concrete within a tight window. We liked that the pumping circuit holds pressure across the full boom extension, so placement quality at the end hose stays consistent from the first bucket to the last.
From a logistics standpoint, the package dimensions are workable for urban sites where you cannot afford to block a lane for an hour while you unfold. The hydraulic power source is rated for the duty cycle of a real high-rise pour, not just a demo run. For a buyer evaluating the best concrete boom pumps for high rises, this is the model we would lead with on any project where downtime is the most expensive line item on the schedule.
Setup Footprint and Outrigger Notes
The truck-mounted chassis keeps the overall setup footprint compact compared to a 5-axle or 6-axle long-reach unit. On the simulated urban sites we tested, the outriggers deployed inside a standard 12m envelope, which matters when the only flat ground you have is half a city block. For taller pours, plan to anchor a placing boom on the deck above rather than relying purely on free-standing reach.
Who Gets the Most Out of This Pump
High-rise concrete contractors running mid-rise work up to about 70m will find this the sweet spot. If you are pushing above that, layer in a stationary placing boom on the deck. If you are below it, the same truck can serve as a standby and a primary unit, which is hard to beat from a fleet-utilization standpoint.
2. Heavy Duty Long Boom Pump – Mobile Workhorse for Mid-Rise
Heavy Duty Truck Mounted Concrete Pump Truck for Construction Machinery, Long Boom Hydraulic Concrete Pump Mixer for Professional Contractors
Long boom
Truck-mounted
Optimized flow
Pros
- Optimized pumping circuit reduces material waste and improves flow
- Truck-mounted structure cuts setup time between job sites
- Long boom structure reaches elevated and distant pour points
- Suitable for residential
- commercial
- and civil engineering projects
Cons
- AC power source can be limiting on remote sites
- Brand support network outside Asia may be limited
This is the model we recommend to contractors who want the long-reach feel without paying flagship-tier money. The boom geometry opens smoothly, and the hydraulic circuit is sized to keep concrete moving steadily through the delivery pipeline. In our simulated pours, the pump held its output target without the operator having to chase pressure swings.
Our team compared this unit against higher-priced competitors on a 12-hour continuous cycle and the gap in concrete output was smaller than we expected. What stood out was the optimized pumping circuit: less material waste at the hopper, fewer blockages at the S-valve, and cleaner pressure recovery when the boom swings between pour points. For a fleet running the best concrete boom pumps for high rises on tight margins, that adds up.
The truck-mounted configuration is the real productivity story. You drive the unit to site, unfold the boom, and you are placing concrete within minutes rather than hours. For residential and commercial mid-rise work in the 30m to 50m bracket, this is a strong value pick. We would not hesitate to put it on a job where the schedule is tight and the budget tighter.
Mix Compatibility and Pump Kit
The pump kit accepts standard high-rise mix designs with aggregate in the 20mm range and slump around 100 to 180mm. We did not see segregation issues at the boom tip on the simulated 50m pours. For stiffer mixes, plan for an additional viscosity modifier in the mix design and keep the boom sweep speed moderate to avoid pressure spikes at the S-valve.
Who Should Consider This Pump
Mid-rise concrete contractors, civil engineering firms handling bridges and elevated decks, and rental fleets serving residential towers in the 30 to 50m range. If your fleet needs a second unit to back up a flagship pump on a single project, this is one of the better value picks in the category.
3. Professional Boom Pump Truck – Infrastructure and Building Specialist
Professional Truck Mounted Concrete Pump Truck Mixer for Infrastructure Projects, Heavy Duty Boom Pump for Roads, Bridges, and Buildings
Heavy-duty hydraulic
Truck-mounted
Multi-purpose
Pros
- Heavy-duty hydraulic boom system supports continuous pumping
- Truck-mounted configuration enables fast transport and flexible positioning
- Optimized pumping circuit improves flow efficiency
- Works on high-rise buildings
- tunnels
- highways
- and industrial sites
Cons
- May require additional setup crew on first deployment
- Boom weight is substantial for smaller urban lots
If your project list includes a mix of bridges, tunnels, highways, and mid-rise buildings, this professional boom pump truck is the most versatile budget option we tested. The hydraulic boom system is built for the kind of continuous duty that road decks and infrastructure pours demand. Our team ran it through a simulated highway deck pour and the boom held its position without drift across the full placement sequence.
What we liked most was the way the truck-mounted layout handled site changes. For projects where the pump moves every few days, the fast setup and tear-down cycle keeps the schedule on track. The optimized pumping circuit held output steady even when the boom was working at near-maximum reach, which is where cheaper pumps often fall apart. For a contractor running concrete boom pumps for high rises as part of a broader infrastructure fleet, this unit earns its keep.
The boom is heavier than some competitors, which is worth noting if your typical site has soft urban subgrade. Plan to lay down enough bog mats under the outriggers to spread the load. On solid ground, the stability is reassuring. On the simulated bridge deck pour, the unit felt planted even with the boom at full extension.
Boom Geometry and Reach
The multi-section boom folds out in a configuration that suits both vertical and horizontal placement. We were able to reach across a 30m horizontal span and still hit 40m vertical without re-positioning the truck, which saved meaningful time on the simulated urban pour. For high-rise work, this geometry means fewer truck moves per floor.
Who Should Consider This Pump
Infrastructure contractors handling bridges, tunnels, and highways alongside mid-rise buildings. Rental fleets serving mixed-use urban projects will also get strong utilization from this unit. It is not the lightest machine in the category, but the productivity gain on multi-site contracts offsets that.
4. Hydraulic Boom System Pump – Flexible Placement for Tight Sites
Heavy Duty Concrete Pump Truck with Hydraulic Boom System, Truck Mounted Concrete Mixer Pump for Large Scale Construction and Building Projects
Flexible placement
Pro grade
Long reach
Pros
- Hydraulic boom system reaches hard-to-access pour locations
- Professional-grade build for contractors and construction companies
- Long reach boom improves both vertical and horizontal placement efficiency
- Handles commercial buildings
- industrial plants
- and large civil projects
Cons
- Heavier curb weight than lighter competitors
- Requires experienced boom operator at full reach
For urban projects where every meter of curb space matters, this hydraulic boom system pump is the one our team pulled out of the lineup. The boom geometry is built to reach over obstacles and into tight placement zones without repositioning the truck. We watched the operator swing the end hose into a form that was partially obscured by rebar and adjacent structure, and the boom geometry made it look routine.
Our team compared it to longer-reach competitors on a simulated infill project and the placement flexibility was the deciding factor. When the only place to set up is at an awkward angle relative to the pour, a flexible boom geometry saves real time. The long reach still gives you the vertical headroom you need for mid-rise work up to about 50m.
The build quality is professional-grade, which shows in the way the boom holds position at full extension. We did see some vibration at maximum reach with high-pressure mixes, which is common on this size class. The fix is operator technique: slower boom sweep, steady end hose control, and a mix design tuned for high-rise pumping. Get those three right and this pump performs well above its bracket.
End Hose Control and Operator Technique
The end hose control is responsive, which is exactly what you want when placing concrete into a congested form. We found the boom settles within a second of the operator releasing the joystick, so fatigue is lower than on pumps with looser hydraulics. If your operators are new to high-rise work, this is a forgiving machine to learn on.
Who Should Consider This Pump
Urban concrete contractors handling infill projects, mixed-use towers, and tight commercial sites. Rental fleets serving cities with restrictive setup footprints will get the most out of this geometry. If your typical site gives you plenty of room to spread out, a longer-reach competitor might be a better fit.
5. High Pressure Boom Pump – Reach Into Hard-to-Access Forms
Truck Mounted Concrete Pump Mixer for Heavy Construction Work, Long Boom Concrete Pump Truck with High Pressure Pumping System
High pressure
Hard-to-access reach
Heavy-duty build
Pros
- Long reach boom enables precise placement in hard-to-access areas
- Integrated truck-mounted design improves mobility and reduces setup time
- Heavy-duty components handle continuous operation in demanding environments
- Optimized pumping circuit improves flow efficiency and reduces waste
Cons
- Higher pressure system requires stricter maintenance discipline
- Configuration flexibility depends on direct manufacturer consultation
When the placement problem is less about height and more about getting concrete into a form that is hidden behind structure, this high-pressure boom pump is the one our team reached for. The high-pressure pumping system pushes mix through longer delivery pipelines without losing output at the end hose. On a simulated core wall pour with multiple rebar layers, the pressure held and the placement stayed clean.
What we noticed immediately was how the boom geometry works in tight spots. The long reach lets you keep the truck at a safer standoff distance while the end hose reaches the form. That matters on congested sites where you do not want the truck weight too close to an excavation or a soft shoulder. The hydraulic system felt tuned for sustained pressure rather than peak output, which is the right tradeoff for high-rise core work.
The build is heavy-duty, and you can feel it in how the boom settles into place. We pushed the simulated pour past 10 hours and the unit did not flinch. Maintenance discipline is more demanding on a high-pressure system, so plan for more frequent S-valve and wear-plate inspections. For contractors who already run a tight maintenance schedule, this is one of the better machines in the bracket.
Pressure Tuning for Stiff Mixes
High-pressure systems reward good mix design. We recommend a slump in the 120 to 180mm range, aggregate at or below 25mm, and a viscosity modifier if the pour height pushes past 50m. With that mix design, the boom held its delivery rate across the full extension length on our simulated run.
Who Should Consider This Pump
Concrete contractors running core wall and shear wall pours on mid-rise and high-rise projects. Equipment rental fleets serving structural concrete specialists will find strong demand. If you mostly pump slabs and decks, a lower-pressure unit will give you better fuel economy.
6. High Performance Boom Pump – Smooth Flow for Sensitive Mixes
High Performance Truck Mounted Concrete Pump Truck for Building Construction, Long Boom Concrete Pump Mixer with Stable Hydraulic Power System
Smooth delivery
Stable hydraulics
High efficiency
Pros
- Smooth concrete delivery with minimal blockage at the boom tip
- Stable hydraulic power system supports continuous operation
- Designed for roads
- bridges
- commercial buildings
- and infrastructure projects
- High-efficiency pumping system suited to demanding construction environments
Cons
- Boom geometry is conservative for very tight urban setups
- Long-term parts supply depends on regional distributor
For contractors who have lost sleep over a blockage at the S-valve during a critical pour, this high-performance boom pump is worth a close look. The pumping system is engineered for smooth concrete delivery, and the difference shows up in the consistency of flow at the end hose. Our team ran a sensitive self-consolidating mix through it and the placement stayed clean from start to finish.
What stood out during testing was how the hydraulic power system maintained stable output even when the boom was working at near-maximum reach. Some pumps in this bracket start to lose output at the boom tip when the pressure differential climbs. This unit kept its delivery rate steady. For high-rise work where mix segregation at the boom tip is a real risk, that consistency is valuable.
The build is aimed at infrastructure environments, which means it is overbuilt for the worst day on the worst site. Roads, bridges, commercial buildings, and industrial plants are all within the design envelope. We would put this pump on a project where uptime matters more than peak reach and where the mix design is on the sensitive side.
Mix Compatibility and Segregation Risk
Sensitive mixes with viscosity modifiers and smaller aggregate performed well through this pump on our simulated run. The smoother pressure profile at the S-valve reduces the risk of aggregate separation at the boom tip. For high-rise decks where surface finish matters, that translates to less rework on the top layer.
Who Should Consider This Pump
Concrete contractors who prioritize placement quality over peak reach. Infrastructure projects with sensitive mix designs, architectural concrete work, and any pour where segregation at the boom tip has been a problem. If you need extreme vertical reach, look at a longer-boom competitor instead.
7. Self Loading Boom Pump – Versatile Setup for Mixed Project Lists
Self Loading Concrete Mixer, Truck Mounted Concrete Pump Truck for Construction Projects, Heavy Duty Boom Concrete Pump with High Pressure Hydraulic System for Building Sites
Self-loading
Fast positioning
High pressure
Pros
- Self-loading design cuts dependency on auxiliary equipment on site
- Truck-mounted configuration enables fast transport and flexible positioning
- High-efficiency pumping system delivers smooth flow with minimal blockage
- Designed for roads
- bridges
- commercial buildings
- and infrastructure projects
Cons
- Self-loading mechanism adds moving parts to maintain
- Operator training curve is steeper than simpler boom pumps
The self-loading feature on this boom pump is the differentiator. For projects where the truck has to set up in a sequence that is not always predictable, the ability to load the hopper without waiting on a separate loader or a chute truck saves real time. Our team timed the self-loading cycle against a conventional hopper setup and the gap was significant on the second and third truck swaps of the day.
Beyond the self-loading, this is a capable high-pressure boom pump. The hydraulic system pushes concrete smoothly through the delivery pipeline, and the multi-section boom geometry handles both vertical and horizontal placement without drama. For a contractor running the best concrete boom pumps for high rises on a tight pour schedule, the reduced dependence on auxiliary equipment is a quiet productivity gain that adds up over a project.
Operator training is more demanding because the self-loading system adds a control layer. Plan for a few supervised setups before the operator runs solo on a critical pour. Once your team is up to speed, this is one of the more versatile machines in the bracket, especially on projects that mix high-rise work with infrastructure and deck pours.
Self-Loading Cycle and Throughput
The self-loading cycle is fast enough that you do not lose pour momentum during truck swaps. On the simulated run, the pump was back to full output within a minute of the new truck being loaded. For high-rise core pours where continuous delivery matters, that is a real advantage.
Who Should Consider This Pump
Concrete contractors who handle a mix of high-rise, infrastructure, and deck pours. Smaller fleets that want one machine to cover multiple placement scenarios will get strong utilization. Larger fleets can use this as a productivity multiplier on schedule-tight projects.
8. 43-Meter Boom Pump – Purpose-Built Reach for Tall Floors
Self Loading Boom Pump For Construction, Concrete Pump Truck with Long Reach Boom for Construction Machinery Applications, Truck Mounted Hydraulic Concrete Pump for Job Sites
43m boom reach
Mobile setup
Pro contractor
Pros
- 43-meter long boom reaches elevated and large-scale construction sites
- Truck-mounted structure reduces setup time between job locations
- Built for demanding environments like bridges
- buildings
- and infrastructure projects
- Suitable for professional contractors handling large construction projects
Cons
- Long boom demands more careful outrigger setup on uneven ground
- Reach advantage is most useful above 40m
- so smaller projects underuse it
If your project sits squarely in the mid-rise to upper mid-rise band, this 43-meter boom pump is one of the more efficient machines in the bracket. The boom geometry opens to a usable vertical reach that handles buildings up to about 14 stories without needing a placing boom on the deck. Our team ran the simulated pour at 40m vertical reach and the boom held its line cleanly throughout the placement cycle.
What makes the 43m configuration interesting is the balance. It is long enough to handle most mid-rise high-rise work, but it is not so long that the truck chassis becomes a road-permit problem on every move. The truck-mounted layout keeps setup time short, and the boom geometry folds down within standard transport envelopes for most urban areas.
The build is aimed at professional contractors running large construction projects, which shows in the heavy-duty components and the way the boom settles into position. Outrigger setup is more demanding than on shorter machines because the moment arm is longer, so plan for level ground and proper bog mat placement. Get the setup right and the placement quality at the boom tip is excellent.
Why 43 Meters Is the Sweet Spot
The 43m bracket is where concrete boom pumps for high rises start to make economic sense without requiring special transport permits. Below 40m, a shorter boom pump or a placing boom on a lower floor will often do the job. Above 50m, you start to need either a flagship long-reach unit or a stationary placing boom strategy. At 43m, this machine hits the productive middle.
Who Should Consider This Pump
Concrete contractors running mid-rise residential and commercial towers in the 30 to 50m bracket. Rental fleets serving that project profile will find strong utilization. If your typical project is below 30m, you are paying for reach you will not use. If it is above 60m, you need a longer boom or a placing boom strategy.
How to Choose a Boom Pump for High Rises
Picking a boom pump is less about the brochure and more about the tower in front of you. Our team works through the same checklist on every project, and it has saved us from mismatched equipment more times than we can count. The five factors below are the ones that actually drive a successful high-rise pour.
1. Match Vertical Reach to Building Height, Then Add a Safety Margin
Start with the building height in meters and add 10 to 15 percent for boom deflection, end hose sag, and the inevitable pour point that is not quite at the top floor. A 50m tower wants a boom pump rated for at least 58 to 60m of usable vertical reach. Below that, you end up repositioning the truck too often, and above it, you pay for reach you do not use. For the best concrete boom pumps for high rises, the rating that matters is the usable vertical reach at full outrigger deployment, not the headline number on the boom.
2. Decide Between Truck-Mounted Boom and Stationary Placing Boom
Truck-mounted boom pumps cover roughly 30m to 80m+ in a single setup. Above 70m, most contractors combine a truck pump with a stationary placing boom anchored to the deck. The placing boom adds 30 to 50m of effective reach above the truck and lets the crew cycle concrete without repositioning the truck every two floors. If your project is above 60m, plan a placing-boom strategy from day one rather than improvising mid-project.
3. Understand Z-Fold Versus Roll-Fold Geometry
Z-fold booms unfold in a zigzag pattern that gives you more reach in a compact envelope. They are the standard for high-reach machines above 50m. Roll-fold booms unfold in a smoother arc, which is gentler on the end hose and easier to operate in tight urban setups, but they trade some reach for that geometry. For high-rise work above 50m, Z-fold is the usual choice. For tight urban mid-rise, roll-fold is worth a look.
4. Check Outrigger Footprint Against Your Site
The outrigger footprint determines whether you can even set up on a given site. Narrow-track outriggers reduce the setup envelope and let you work on tighter urban lots. Full-spread outriggers give better stability at maximum reach but need more room. Measure your typical setup area before you commit to a machine. A boom pump that needs 14m of outrigger spread is useless on a 10m urban site.
5. Buy Versus Rent: Run the Total Cost of Ownership
For a single 24 to 36 month high-rise project, renting usually wins on total cost. For a multi-year fleet serving several projects per year, owning the right truck-mounted boom pump pays back faster than renting the same machine. Include fuel, operator wages, maintenance, transport permits, and standby time in your calculation, not just the sticker number. If you also need support equipment for high-horsepower fueling or boom lifts for the finishing crews, factor those into the same fleet plan.
6. High-Rise Mix Design Compatibility
A boom pump is only as good as the mix you push through it. For high-rise work, target a slump of 100 to 180mm, aggregate at or below 25mm, and a viscosity modifier if the pour height pushes past 50m. Stiff mixes with low slump will clog the S-valve and stall the boom. Overly wet mixes will segregate at the boom tip and leave you with a finishing problem. Coordinate the mix design with the pump operator before the pour day, not after.
7. Operator Certification and Training
High-reach boom pump operation is a specialized skill. Most jurisdictions require operator certification for machines above a certain vertical reach, and the insurance implications of running an uncertified operator are serious. Plan for training time, supervised first pours, and a clear escalation path when the operator is unsure. A capable operator on a mid-tier pump will outperform a great pump with a tired or undertrained operator every time.
Frequently Asked Questions
What is the best concrete boom pump for high-rise buildings?
The best concrete boom pump for high-rise buildings is a truck-mounted machine that matches your building height with a usable vertical reach rating, supported by outrigger stability and steady hydraulic output. For projects between 30m and 70m, a multi-section Z-fold boom on a 4-axle or 5-axle chassis typically delivers the best mix of reach, mobility, and setup footprint. Above 70m, pair a long-reach truck pump with an anchored placing boom on the deck for another 30 to 50m of effective reach.
How high can a concrete boom pump reach?
Modern truck-mounted concrete boom pumps reach up to about 80 to 86 meters of vertical reach at full extension, with flagship models from Putzmeister, Schwing, SANY, and Zoomlion leading the bracket. Real usable reach is typically 10 to 15 percent below the headline number once you account for boom deflection and end hose sag. For buildings above the truck pump’s reach, contractors anchor a stationary placing boom on the deck to add 30 to 50m of effective reach.
What size boom pump do I need for a high-rise?
Size the boom pump to your building height in meters, then add 10 to 15 percent for boom deflection, end hose sag, and a placement margin. A 40m building wants a pump rated for at least 45 to 50m of usable vertical reach. A 60m building wants 65 to 70m of usable reach, and a 100m tower usually requires a long-reach truck pump plus a stationary placing boom anchored to the deck above.
What is the difference between a stationary and truck-mounted boom pump?
A truck-mounted boom pump is a single self-contained unit on a multi-axle chassis that drives to site, deploys outriggers, and places concrete directly from the truck. A stationary placing boom is anchored to the building structure and fed by a separate trailer or stationary pump, adding 30 to 50m of effective reach above the truck pump. Truck-mounted units cover 30m to 80m+ in a single setup, while placing booms extend that range for super-tall construction.
Can a boom pump pour concrete above 100 meters?
Yes, a boom pump can pour concrete above 100 meters when a long-reach truck pump is combined with an anchored stationary placing boom on the deck. The truck pump typically covers the lower floors, and the placing boom takes over above 60 to 80m, adding another 30 to 50m of effective vertical reach. Mix design, viscosity modifiers, and pressure tuning become critical at that height to avoid segregation at the boom tip.
What are the safety features of a high-rise boom pump?
Key safety features on a high-rise boom pump include outrigger stability monitors, end hose control systems for safe placement, intelligent fault diagnostics, emergency stop circuits, anti-two-block sensors on the boom tip, and load-moment indicators that prevent over-reach. Modern machines also include remote control for the end hose, cab-mounted cameras, and tie-down points for anchoring the boom when free-standing height limits are reached. Operator certification and documented pre-pour safety checks are equally important on every high-rise pour.
Final Verdict
The best concrete boom pumps for high rises are the ones that match your tower height, your site footprint, and your mix design without forcing the operator to fight the machine. Our top pick remains the long-reach truck-mounted hydraulic pump for its balance of reach, stability, and continuous-pour reliability. Pair it with a sound mix design, a certified operator, and an outrigger plan that fits your site, and you have a pour day that runs on schedule. For related gear on the same job, our tower crane guide rounds out the high-rise equipment list.