Bayard Construction Group

Bayard Construction Group Bayard Construction Group draws on 50+ years of civil engineering and business management.

From start to finish, we are a turn-key solution: demo/clearing, grading/excavation, stormwater, sewer, domestic water & fire line systems; paving & curb.

04/17/2026

Clack! Clack! Clack!

Just another Friday moving dirt at Bayard.

And Yeah - it’s payday! 💰

Phase 4 |  The Stone Goes In We left Phase 3 with the pumps still running and groundwater still pushing up from the bott...
04/10/2026

Phase 4 |  The Stone Goes In

We left Phase 3 with the pumps still running and groundwater still pushing up from the bottom of the core trench. That problem doesn’t go away and you have to build through it.

The answer is stone. Groundwater moves through rock freely, pressure doesn’t build beneath it, and it holds its integrity in wet conditions. Clay does none of those things. Put clay in a wet trench and it won’t compact, won’t bond, and will never meet the structural requirements this dam demands. So before a single lift of clay goes down, the foundation has to be established with stone.

Number 1 and surge stone goes in first. Large rock laid across the bottom of the core trench to bridge the soft spots and give us a stable platform above the water. Then we come back with number 3 stone to fill every void between the 1s and surge.That’s what you’re seeing in this shot, the articulated dump truck dropping number 3s into the trench. The 3s pack into the gaps and lock the whole foundation together into one dense, interlocked, draining layer. The water keeps moving through and out. The foundation stays solid.

Once that stone is set and approved, we transition to clay and start building up.

The stone solves the groundwater problem. Everything above it depends on getting this right.

04/03/2026

Phase 3 | Managing the Groundwater

This is where dam building gets complicated…

When you’re cutting a core trench 30 feet deep you’re eventually going to hit groundwater. We hit the water table and now we have to deal with it before we can go any further.

You can’t place compacted soil in standing water. It won’t compact, it won’t bond, and it will never meet the structural requirements the dam needs. So here’s how you handle it.

We’re cutting a ditch to the lowest elevation we can reach and creating a ledge for the pump to sit on. A hose drops into the lowest point of that ditch and pulls the water out continuously while we keep cutting. That’s what you’re watching here — two excavators moving bulk material out while the third excavator in the background is cutting that pump ledge.

Once the water is under control and we reach the bottom of the core we bring in surge stone — large, angular rock that water moves through freely. It doesn’t compact like soil, which is exactly the point. It gives us a stable working platform below the water table that we can build on. We bring it up to the water table elevation and then bench above it with suitable soil, picking up our 6 inch compacted lifts from there all the way to the top.

The surge stone is essentially bridging the gap between wet unstable ground and where solid construction can begin.

Shoutout to our partners at for keeping us supplied with the stone that makes this possible.

Toolbox Talk — At Bayard we value leadership development and work to incorporate it into our teams during our toolbox ta...
04/01/2026

Toolbox Talk — At Bayard we value leadership development and work to incorporate it into our teams during our toolbox talk. Today’s topic of discussion…

Two kinds of pain exist in this world.
The pain of discipline or the pain of regret.
Discipline is showing up early.
Doing the job right when nobody’s watching.
Treating people with respect.
The more discipline you bring to every area of your life the better your life becomes.
Make your choices count.
Because one day you’re going to wake up and look at the life you lived.
Make sure you’re proud of what you built.

Trust Bayard.

03/24/2026

On most of our civil sites we’re building retention ponds and sediment basins — above ground earthwork we do every day.

This project takes that same work to a different level. A 185 foot dam, 35 feet high, creating a 9 acre lake. Over the next few weeks, we’ll walk you through each phase of how this gets built.

First up — stripping the topsoil off the entire dam footprint. Topsoil is organic material. It compresses, it shifts, it’s not structurally sound. You can’t build a dam on it. So it comes off first and gets set aside. That’s what you’re watching here. Our crew shows up every day hungry to do the work right and that’s exactly what you’re seeing.

Before and after…These first two shots show solid progress on the subgrade after a downpour of rain, a little fine gradi...
03/22/2026

Before and after…

These first two shots show solid progress on the subgrade after a downpour of rain, a little fine grading still needed before we move to GAB - Graded Aggregate Base - the structural stone layer beneath a parking lot.

The last 3 are the finished product! None of it happens without a team that plans the work and works the plan—appreciate the effort it took to keep things moving in tough conditions.

Check out our last video to see how our team navigated weather conditions and kept us on track!

03/19/2026

Adversity is just another project to manage…

Relentless rain turned our site into a sea of red Georgia clay and waiting it out wasn’t an option. We have a schedule to meet and a client counting on us. So we got to work. The video shows our team cutting and regrading saturated material in real time.

A couple of quick tips for anyone navigating similar conditions:

If compaction can’t be met during a proof roll, unsuitable soils must be undercut and replaced with M10 or suitable fill - always at the direction of the geotechnical engineer of record. This can be expensive and hold up the schedule.

The best move on the front end is to either budget for soil cement stabilization - which binds the native subgrade to keep the site workable through wet conditions - or get your binder course down before vertical construction starts.

Either approach protects your subgrade, keeps equipment moving, and guards your schedule against the weather.

Plan ahead. Protect the schedule. Deliver for your client. The schedule doesn’t pause for the weather - and neither do we.

SoilStabilization SubgradePrep

In earthmoving, productivity is measured in cycles.Every truck on a site follows the same sequence: load, haul, dump, an...
03/10/2026

In earthmoving, productivity is measured in cycles.

Every truck on a site follows the same sequence: load, haul, dump, and return. That full loop is known as the cycle time, and it is one of the most important factors in mass grading and site development operations.

When cycle times are optimized, trucks stay moving, excavators stay loading, and production remains consistent. If trucks are waiting to be loaded, production slows. If the excavator is waiting on trucks to return, production slows as well.

Efficient operations come down to balance — the right number of trucks, the right haul distance, and a loading pattern that keeps the entire system moving.

Mass grading isn’t just about moving dirt — it’s about setting the entire project up for success.Rough grading defines m...
03/06/2026

Mass grading isn’t just about moving dirt — it’s about setting the entire project up for success.

Rough grading defines more than pad elevation. It impacts drainage performance, structural stability, pavement longevity, and how efficiently vertical construction can begin.

On projects like this, we focus on:
• Precise elevation control
• Proper moisture conditioning and compaction
• Strategic sequencing to protect the critical path
• Drainage patterns that prevent future issues

When grading is executed correctly, everything downstream becomes easier — fewer delays, fewer rework issues, and a site that’s truly ready for vertical.

We work best when we’re brought in early. If you’re planning a project and want input on constructability or sequencing during preconstruction, let’s connect!

Strategic infrastructure work demands more than equipment — it demands experience. We recently completed a 16” casing ja...
02/27/2026

Strategic infrastructure work demands more than equipment — it demands experience. We recently completed a 16” casing jack and bore for a new water line beneath a heavily traveled highway.

Work of this scale requires:
• Detailed site logistics planning�• Accurate bore alignment and grade control�• Seamless coordination with inspectors and project partners

Ex*****on below the surface is where experience shows.

Before equipment moves, alignment happens.Every day starts with a field huddle to review scope, sequencing, and safety. ...
02/26/2026

Before equipment moves, alignment happens.

Every day starts with a field huddle to review scope, sequencing, and safety. Clear communication on the front end prevents delays on the back end.

For our developer and GC partners, that means predictable progress and controlled ex*****on.

Plan clearly. Execute confidently.

New Iron Incoming🚨Shoutout to the team over at for only supplying the best for our crew!
02/23/2026

New Iron Incoming🚨

Shoutout to the team over at for only supplying the best for our crew!

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