Protect valued trees and reduce risk with precision cabling and bracing. We inspect tree structures, identify weak points, and install high-strength systems that stabilize canopies and support long, healthy tree growth. New View Tree Care serves Mansfield and North Franklin with 30 years of hands-on experience, thoughtful planning, and careful workmanship.
Trees can develop structural weaknesses that put people, homes, and landscaping at risk.
Our arborists assess load paths and wind exposure, then design a cabling system that fits the tree’s species, age, and site conditions. We focus on predictable, measurable results that keep the tree secure and attractive.
Healthy trees still need flexibility. We install support that limits dangerous movement yet allows natural sway.
We map the crown, measure leader diameters, locate anchor points, and select cable types and hardware that match the tree’s needs.
We use corrosion-resistant, high-tensile cables. For many crowns, we use dynamic systems to absorb shock. For critical unions, we may use rigid bracing rods.
Set the anchor height and triangle layout for a balanced load. Install hardware per the manufacturer’s specs, then tension cables for controlled movement.
We schedule inspections after major storms and on a regular cycle. We adjust tension, check hardware integrity, and track growth around fittings.
We provide tree cabling in North Franklin, CT, with careful planning, reliable materials, and responsible follow-up. Tree support systems reduce the risk of limb failure during storms, heavy growth, or ice buildup, protecting property, preserving shade, and extending tree life. This way, you safeguard people and property while preserving the trees that make your landscape feel like home.
For more complex cases, we may combine bracing rods with crown cables to reinforce weak unions or old splits. This approach is especially effective for mature trees that need long-term structural help. We offer tree cabling services in North Franklin, CT, with availability for both planned service and storm-related calls, always leaving the site clean and undisturbed.
We design each system to match your tree’s real-world loads from wind, ice, and canopy weight, so you gain practical stability without over-restricting natural movement.
We place hardware to minimize bark damage and allow healthy growth around fittings, so your tree stays strong and your investment lasts.
Our tree cabling experts in North Franklin, CT, apply regional knowledge of wind patterns, soils, and species behavior, so you get solutions that fit local conditions.
Mark has done work for us before and we are very satisfied with his knowledge and professionalism. He came to our property this year to advise us on our gypsy moth problem and was very helpful. We recommend him and his staff highly.
I worked with Mark and NewView during the aftermath of the freak October snowstorm many years ago, and his team did a great job and even went the extra mile to help us replace a tree swing that had been lost in the storm. Again this year, Mark was extremely knowledgeable and helpful in guiding me on how to care for an ailing tree. He is a true professional who cares deeply about his work and clients.
I had a change of heart regarding my original review. The owner, Mark Roberts, is an alright guy and a “straight shooter”. He’ll take care of your tree-cutting needs, etc. He has decades of experience as an Arborist.
Most systems serve for many years with regular inspections and tension checks. Hardware durability depends on materials, exposure, and the tree’s growth rate.
No. Cabling limits extreme movement that causes failure while allowing natural sway. The goal is controlled motion that reduces stress on weak unions.
Large shade trees with co-dominant leaders, extended lateral limbs, or past storm stress often benefit. Oaks, maples, beeches, and ornamental pears are common candidates.
We install year-round when access is safe. Many clients schedule work before storm seasons to reduce risk and pair it with seasonal pruning for efficiency.