Five essential tools every Maryland FTC team needs in its toolkit

FIRST Tech Challenge teams spend countless hours designing, building, and refining robots that can score points in head-to-head matches. For Maryland-based squads, the workshop becomes a second home during build season, and the right equipment makes the difference between a robot that performs reliably and one that breaks down mid-match. A well-curated toolkit also teaches students discipline, responsibility, and the value of preparation, lessons that extend far beyond the competition floor.

While the program is rooted in Maryland schools and community centres, the principles of organised, well-equipped teams resonate with robotics clubs worldwide. Australian readers running or mentoring FTC-style teams, or simply curious about how Maryland youth approach competitive engineering, will recognise many of the same frustrations: missing hex keys, frayed wires, stripped screw heads. The good news is that a small, smart collection of tools covers nearly every contingency an FTC team encounters during a season.

This article walks through five categories of gear that consistently prove their worth in the pit and on the practice field. None of these items are exotic, and most can be sourced from hardware chains or electronics specialists without stretching a team's budget. Think of this as a starting point for new teams, or a checklist for veteran squads wondering whether their current kit is truly competition-ready.

For younger students not yet ready for the demands of FTC, programs like FIRST LEGO League in Maryland offer a gentler entry into robotics, helping kids develop the same habits of careful tool use and systematic problem solving that pay off later in the FTC arena.

The cordless drill and driver

Every Maryland FTC team relies on a dependable cordless drill. Drilled holes secure motors, mount wheels, and attach structural elements to chassis plates. A 12V or 18V brushless drill with adjustable torque settings and a selection of drill bits, typically ranging from 1/8 inch to 3/8 inch, handles almost every job. Teams should keep a second battery on the charger at all times; nothing halts progress faster than a dead drill mid-assembly.

Drill bit quality matters as much as the drill itself. Titanium-coated bits stay sharp through repeated use in aluminium and polycarbonate, while standard high-speed steel bits dull quickly. A magnetic bit holder and a small set of driver bits, including Phillips, flathead, and Torx, turn the drill into a versatile screw-driving tool. Teams that invest in this combination rarely need a separate electric screwdriver.

Australian teams sourcing gear often head to Bunnings Warehouse, where Ryobi, Makita, and DeWalt drill kits are widely available and frequently discounted. For those on a tighter budget, second-hand drills from Officeworks trade-in events or community tool libraries can be surprisingly serviceable for a single season.

Hex keys and Allen wrenches

Hex fasteners hold much of an FTC robot together, from servo mounts to wheel hubs. A complete metric and SAE hex key set is non-negotiable. Folding sets with colour-coded keys prevent the all-too-common pit-lane scramble for the right size, and long-arm versions provide the leverage needed to free stubborn screws.

T-handle hex drivers offer better torque and comfort during long build sessions, reducing hand fatigue when students are assembling multiple subsystems. Many Maryland mentors recommend keeping at least two complete sets in the kit, one for the build space and one that travels to competitions in the robot crate.

Quality varies significantly between brands. Cheap hex keys round out quickly, stripping fastener heads and costing teams valuable match time. Bondhus, Wera, and PB Swiss tools command higher prices but last for years. Australian readers shopping in Melbourne or Sydney can find professional-grade options at specialty engineering suppliers, while Mitre 10 and Bunnings both stock mid-range hex key sets suitable for most FTC applications.

Wire strippers, crimpers, and cutters

Electrical work is the heartbeat of any FTC robot, and the three tools that matter most are wire strippers, crimpers, and flush cutters. Anderson Powerpole connectors and JST PH connectors dominate modern FTC wiring, so a crimper matched to the specific terminal type is essential. Generic crimpers rarely produce reliable connections, and a loose crimp can drop an entire subsystem during a match.

Wire strippers with multiple gauge holes prevent nicked conductors, while flush cutters trim zip ties and stray leads cleanly. Needle-nose pliers complement this trio by helping students route wires through tight chassis openings. Together, these four hand tools cover virtually every wiring task a team will face.

Jaycar Electronics, an Australian staple for hobbyists, stocks ratcheting crimpers, quality wire strippers, and Anderson Powerpole kits at reasonable prices. Maryland teams typically source similar gear from McMaster-Carr or local electronics suppliers, but the principles of investing in proper crimping tools apply universally.

Tool	Primary use	Typical budget range	Where to find it in Australia
Cordless drill	Drilling holes, driving screws	$80–$250	Bunnings, Officeworks
Hex key set	Tightening socket-head fasteners	$15–$60	Bunnings, Mitre 10
Wire crimpers	Crimp connectors and terminals	$30–$120	Jaycar, Altronics
Digital multimeter	Diagnose electrical faults	$25–$150	Jaycar, hardware stores
Socket set	Drive larger bolts and collars	$40–$130	Bunnings, Supercheap Auto
Storage system	Organise and transport tools	$50–$200	Bunnings, Officeworks

The digital multimeter

A digital multimeter is the diagnostic instrument every serious FTC team should carry. It measures voltage, current, resistance, and continuity, helping troubleshoot motors that refuse to spin, sensors that return erratic readings, or batteries that have quietly discharged overnight. Learning to use a multimeter is also a foundational STEM skill that students carry into later engineering studies.

Entry-level multimeters from brands like Fluke, Klein Tools, or even Uni-T are accurate enough for FTC purposes and rugged enough to survive a season of pit work. Teams should keep a small pack of spare probes and a 9V battery for the meter itself. A multimeter also doubles as a quick continuity tester for custom circuit boards, saving hours of guesswork during debugging sessions.

In Australia, multimeters are readily available at Jaycar, Altronics, and most major hardware stores. Veteran teams often upgrade to auto-ranging models, which simplify use for younger students still learning the difference between volts and amps.

Socket and ratchet set

Socket sets earn their place in the toolkit whenever teams work with shaft collars, motor couplings, or any assembly using hex-head bolts larger than those a hex key can comfortably turn. A compact metric socket set with a 1/4 inch or 3/8 inch drive ratchet covers most FTC applications. Swivel extensions help reach fasteners tucked inside chassis walls.

Compact ratchet sets are particularly useful when disassembling robots for transport or for quick repairs between matches. Teams should include both shallow and deep sockets in common sizes, plus a few Torx sockets if their drivetrain uses them. A torque wrench, while not strictly necessary for FTC, can prevent over-tightening on critical drivetrain components.

Smart storage and organisation

Tools scattered across a workshop slow everyone down. A sturdy tool bag, rolling toolbox, or stack of labelled drawer organisers keeps everything visible and accessible. Foam cutouts inside a toolbox lid, similar to those used by professional machinists, give each tool a designated home and reveal at a glance what has been left behind after a build session.

Label makers, painter's tape, and a marker pen complete the organisation kit. Every cable, every spare part, every bag of fasteners benefits from a clear label. Junior members learn quickly when the kit is consistent, and mentors spend less time hunting for the right size wrench during crunch periods.

A shared checklist pinned inside the toolbox lid encourages accountability. When students know the kit is inspected before and after each build session, fewer tools disappear into backpacks and lunch rooms.

Building a competition-ready toolkit is one of the first rites of passage for any FTC team. The five tool categories above handle roughly ninety percent of mechanical and electrical tasks encountered during a typical season. Teams that start with these basics and gradually upgrade as budgets allow tend to perform more consistently at events and develop stronger engineering habits.

For mentors, parents, and students in Australia inspired by the Maryland FTC community, the takeaway is simple: invest in quality where it counts, label everything, and treat the toolkit as shared team property. Younger siblings and neighbours can get an early taste of robotics through Jr.FLL programs, where the same principles of careful tool use and methodical building start forming at an age when curiosity is at its peak.

Visit Maryland FIRST Robotics online to explore sponsorship opportunities, mentor training, and event calendars, or to connect with a regional coordinator ready to help a new team take its first steps into the competition arena.