Hyper Tough Drill: Easy Guide for Beginners! Tips Inside

Unveiling the Hyper Tough Drill for Beginners: Your Gateway to DIY

The world of DIY and home repair can seem daunting, filled with specialized tools and complex techniques. However, it doesn’t have to be. The Hyper Tough Drill stands out as an accessible entry point, particularly for those just starting their journey into hands-on projects.

This drill offers an unbeatable combination of affordability and functionality, making it an ideal first power tool.

Why Choose a Hyper Tough Drill?

The Hyper Tough Drill is designed with the beginner in mind. Its straightforward design and user-friendly features eliminate the intimidation factor often associated with power tools.

You won’t be overwhelmed by unnecessary bells and whistles. Instead, you will find a reliable tool that gets the job done without breaking the bank.

Common Applications: From Hanging Pictures to Building Shelves

The versatility of the Hyper Tough Drill makes it a valuable asset for a wide range of tasks around the home. Here are just a few examples:

• Home Decor: Hanging pictures, mirrors, and shelves becomes a breeze.
• Simple Repairs: Tightening loose screws, repairing furniture, and fixing minor structural issues are within reach.
• DIY Projects: Building small furniture pieces, creating custom storage solutions, and crafting decorative items become attainable goals.
• Gardening: Planting, building planters, and other yard improvements.

The possibilities are truly endless.

Your Comprehensive Guide to Confident and Safe Drilling

This guide is specifically crafted to empower beginners to confidently and safely operate a Hyper Tough Drill. We will walk you through every step, from understanding the drill’s components to mastering basic drilling and screwdriving techniques.

Our goal is to equip you with the knowledge and skills necessary to tackle your first DIY projects with confidence, while prioritizing safety at every stage. With this guide, you will transform from a novice to a capable DIY enthusiast.

Getting to Know Your Hyper Tough Drill: Key Components and Features

Now that you’re familiar with the potential of your Hyper Tough Drill, let’s dive into the anatomy of this essential tool. Understanding each component and its function is crucial for safe and effective operation. Whether corded or cordless, your drill boasts several key parts that work together to accomplish a variety of tasks.

Identifying the Parts: Your Drill’s Core Components

Before you start drilling, take a moment to familiarize yourself with these essential components:

• Drill Chuck: The drill chuck is the adjustable clamp at the front of the drill that holds the drill bit securely in place.

  To tighten the chuck, rotate it clockwise. You’ll feel it grip the bit as you turn.
  To loosen it, rotate counter-clockwise.

  Make sure the bit is centered and securely fastened before starting.

• Variable Speed Trigger: This is your primary control for drill speed.

  The further you depress the trigger, the faster the drill will spin.
  This allows for precise control, which is especially important when starting a hole or working with delicate materials.

  Experiment with the trigger to get a feel for the range of speeds your drill offers.

• Forward/Reverse Switch: This switch controls the direction of the drill’s rotation.

  The forward setting is typically used for drilling holes and driving screws in.
  The reverse setting is used for removing screws or backing out a drill bit that has become stuck.

  Always ensure the drill has come to a complete stop before changing the direction of rotation.

• Chuck Key: Some Hyper Tough Drills, particularly older or more basic models, utilize a chuck key.

  This small, T-shaped tool is essential for tightening and loosening the drill chuck.
  Insert the key into one of the holes on the chuck and rotate to tighten or loosen.

  Always remove the chuck key before operating the drill! Failing to do so is a significant safety hazard.
  Many drills have a place to store the chuck key on the power cord or drill body. Get used to putting it back into place every time.

Power Source: Cordless vs. Corded Drills

Hyper Tough Drills are available in both cordless and corded versions, each with its own set of advantages and disadvantages.

• Cordless Drills: Offer greater portability and freedom of movement, making them ideal for working in areas without easy access to power outlets.

  However, they rely on batteries, which require charging and may limit runtime. Battery life and charging time should be considered when choosing a cordless drill.

• Corded Drills: Provide consistent power without the need for batteries. This can be beneficial for extended projects or heavy-duty tasks.

  However, their mobility is restricted by the length of the power cord.

  The best choice depends on your individual needs and the types of projects you plan to undertake.

Safety First: A Concise Overview

Before using your Hyper Tough Drill, it’s crucial to understand and follow basic safety precautions.

• Always wear safety glasses to protect your eyes from flying debris.

• Avoid wearing loose clothing or jewelry that could get caught in the drill.

• Secure your workpiece with clamps or a vise to prevent it from moving during drilling.

• Be mindful of your surroundings and ensure adequate lighting.

These precautions are not exhaustive, but they represent a crucial foundation for safe drilling practices. Always consult the drill’s user manual for comprehensive safety instructions.

Essential Drill Bits: Selecting the Right Tool for the Job

Now that you understand the key components of your Hyper Tough drill, it’s time to explore the unsung heroes of any drilling project: drill bits. The right drill bit can make all the difference between a clean, accurate hole and a frustrating, potentially damaging experience. Choosing the correct bit depends primarily on the material you’re drilling into.

Types of Drill Bits and Their Uses

A wide array of drill bits exist, each designed for specific materials and applications. Using the wrong bit can lead to poor results, damage to your workpiece, or even injury. Let’s focus on the two most common types you’ll encounter as a beginner: wood and metal drilling bits.

Wood Drilling Drill Bits

Wood drill bits are designed to create clean holes in wood without splintering or tearing the material. Here are some common types:

• Twist Drill Bits: While versatile, standard twist drill bits aren’t the best choice for wood, as they can cause splintering. However, they can be used with care, especially if you use a backing board.

• Spade Bits: These bits, also known as paddle bits, are designed for drilling large-diameter holes in wood quickly. They create a relatively rough hole but are suitable for tasks like running wires through studs. Always use a high speed for best results and minimize splintering.

• Forstner Bits: Forstner bits are the kings of clean, flat-bottomed holes in wood. They’re ideal for creating precise holes for hinges, dowels, or other joinery. Expect to use these bits at low speed to ensure a clean cut and to prevent overheating.

• Auger Bits: These bits have a screw-like tip that pulls the bit into the wood, making them suitable for drilling deep holes. They are ideal for drilling through thick pieces of wood.

Metal Drilling Drill Bits

Metal drill bits are constructed from tougher materials to withstand the heat and friction generated when drilling into metal. Here are some of the common types:

• High-Speed Steel (HSS) Drill Bits: These are the most common type of metal drill bit and are suitable for drilling into aluminum, steel, and other softer metals. HSS bits are a great starting point for most metal drilling tasks.

• Cobalt Drill Bits: Cobalt drill bits are even tougher than HSS bits and are ideal for drilling into hardened steel, stainless steel, and cast iron. They are more heat-resistant than HSS bits.

• Titanium-Coated Drill Bits: While they may look impressive, the titanium coating on these bits is primarily for wear resistance and doesn’t significantly increase their cutting ability. They can still be a useful general-purpose option for drilling into metal.

How to Choose the Right Drill Bit for Your Project

Selecting the correct drill bit involves considering two main factors: material compatibility and hole size.

Material Compatibility: As discussed above, different materials require different types of drill bits. Always choose a bit specifically designed for the material you are drilling. Using a wood bit on metal will quickly dull the bit, while using a metal bit on wood can cause splintering.

Hole Size: The desired hole size dictates the drill bit size. Drill bit sets often come with a range of sizes to accommodate different needs. You can also purchase individual drill bits for specific projects. Using a drill gauge can help you quickly determine the size of a drill bit.

Changing Drill Bits: A Step-by-Step Guide

Changing drill bits is a simple process, but it’s crucial to do it safely and correctly. Here’s a step-by-step guide:

1. Safety First: Disconnect the drill from the power source (unplug a corded drill or remove the battery from a cordless drill).

2. Locate the Chuck: Identify the chuck, which is the rotating collar at the front of the drill that holds the drill bit.

3. Loosen the Chuck: Rotate the chuck counter-clockwise (usually by hand). If your drill uses a chuck key, insert the key into the chuck and turn it counter-clockwise to loosen the jaws.

4. Remove the Old Bit: Once the chuck is sufficiently loose, remove the old drill bit.

5. Insert the New Bit: Insert the new drill bit into the chuck, ensuring it’s centered between the jaws.

6. Tighten the Chuck: Rotate the chuck clockwise by hand until snug. If you’re using a chuck key, insert it into each of the holes around the chuck and tighten it. A snug fit ensures the bit will not wobble during use.

7. Test the Bit: Before starting your project, briefly turn on the drill to ensure the bit is running true and doesn’t wobble. If it does, repeat the tightening process.

Drilling 101: A Step-by-Step Guide for Beginners

Now that you’ve explored the essential drill bits and their specific applications, it’s time to put that knowledge into practice. Mastering the fundamental drilling techniques is key to achieving professional-looking results and avoiding common pitfalls.

This section provides a comprehensive, step-by-step guide designed for beginners, covering everything from work area preparation to specific tips for drilling into different materials.

Preparing Your Work Area: Safety and Setup

Before you even pick up your drill, take the time to prepare your work area. This is crucial for both safety and achieving accurate results.

• Clear the clutter: Ensure your workspace is free of obstructions and potential hazards.

• Secure the workpiece: Use clamps or a vise to firmly hold the material you’re drilling into. This prevents movement and reduces the risk of injury. Unsecured workpieces can slip, leading to inaccurate holes or a dangerous situation.

• Adequate lighting: Proper illumination is essential for clear visibility.

  If necessary, use a work light to focus on the drilling area.

Marking Your Drilling Point: Accuracy is Key

Accuracy begins with a clearly marked drilling point.

Use a pencil or marker to indicate the exact location where you want to drill.

For added precision, use a center punch to create a small indentation at the marked point.
This helps guide the drill bit and prevents it from wandering, especially when starting on smooth surfaces like metal.

Drilling Pilot Holes: Preventing Splits and Cracks

Pilot holes are small, pre-drilled holes that serve as a guide for larger drill bits or screws. They are particularly important when working with wood, as they help prevent splitting and cracking.

• Choose the right size: The pilot hole should be smaller than the final drill bit or screw size.

• Drill slowly and steadily: Avoid applying excessive pressure, especially when starting the hole.

• Benefits of Pilot Holes: They reduce strain on the drill, extend the life of your drill bits, and ensure a cleaner, more accurate finished product.

Drilling into Wood: Techniques for Clean Holes

Wood can be prone to splintering if not drilled correctly.

Here are some tips for achieving clean, professional-looking holes in wood:

• Use sharp bits: Dull bits are more likely to cause splintering.

• Backing board: Place a piece of scrap wood behind your workpiece to support the wood fibers as the drill bit exits.
  This minimizes tear-out on the back side of the hole.

• Vary speed: Start slow, and increase it as needed.

  • For hard woods, use a slower speed.
  • Softwoods will let you speed it up.

• Clear debris often: Wood shavings can clog the drill bit and make drilling more difficult.

Drilling into Metal: Tips for Avoiding Damage

Drilling into metal requires a slightly different approach than drilling into wood.

• Use cutting oil: Cutting oil lubricates the drill bit, reduces friction, and helps dissipate heat.
  This is especially important when drilling harder metals.

• Apply steady pressure: Avoid applying excessive pressure, as this can cause the drill bit to overheat and break.

• Drill slowly: Metal takes longer to drill than wood.
  Patience is key to avoiding damage to the drill bit and the workpiece.

• Deburr the edges: After drilling, use a deburring tool or file to remove any sharp edges or burrs around the hole.

Using a Level to Ensure Straight Drilling

Maintaining a consistent angle is crucial for achieving straight, accurate holes.

• Use a bubble level: Place a bubble level against the drill to ensure it’s perpendicular to the workpiece.
  This is especially important when drilling into walls or other surfaces where a slight angle can be easily noticeable.

• Visual check: Periodically check your progress to ensure the drill bit is still aligned correctly.

Controlling the Drill Speed: Preventing Damage

• Variable speed trigger: Most drills have a variable speed trigger, which allows you to control the speed of the drill bit.

• Low speed: Use lower speeds for starting holes, drilling into hard materials, or driving screws.

• High speed: Use higher speeds for drilling into soft materials or creating larger holes.

  • Avoid overheating: Excessive speeds can cause the drill bit to overheat, leading to damage or breakage.

By following these steps, you’ll be well on your way to mastering basic drilling techniques and tackling a wide range of DIY projects with confidence.

Safety First: Protecting Yourself from Potential Hazards

Drilling, while empowering, inherently involves potential hazards. Prioritizing safety is not an option; it’s an absolute necessity. Protecting yourself from flying debris, sharp objects, and other risks demands a commitment to proper safety gear and mindful practices. This section underscores the critical role of safety glasses, work gloves, and other precautions in minimizing the risks associated with drilling.

The Indispensable Role of Safety Glasses

Your eyes are irreplaceable. They are also uniquely vulnerable in a workshop environment. Drilling can send shards of wood, metal, or plastic flying at high speeds.

These projectiles can cause serious, even permanent, eye damage. Safety glasses provide a crucial barrier, shielding your eyes from these potential threats.

Ensure your safety glasses meet ANSI Z87.1 standards for impact resistance. Comfortable, well-fitting glasses are more likely to be worn consistently. Make it a habit: never begin drilling without your safety glasses firmly in place.

Work Gloves: Grip, Protection, and More

While often overlooked, work gloves are essential for safe drilling. They provide a better grip on the drill and workpiece, reducing the risk of slips and accidents.

More importantly, gloves protect your hands from splinters, cuts, and abrasions. Consider the material you’re working with. Leather gloves offer good all-around protection.

For delicate tasks, thinner gloves with enhanced grip may be preferable. Ensure the gloves fit snugly but allow for dexterity. Loose-fitting gloves can be a hazard.

Remember, a secure grip is a safe grip.

Beyond the Basics: Essential Safety Precautions

Safety glasses and gloves are the foundation of a safe drilling environment, but they’re not the whole story. Consider these additional precautions:

Ventilation Matters

Dust and fumes generated during drilling can be harmful, especially when working with treated wood or certain metals. Ensure adequate ventilation in your workspace. Open windows or use a fan to circulate fresh air.

Dress for Success (and Safety)

Avoid wearing loose clothing, dangling jewelry, or anything that could get caught in the drill or rotating bit. Secure long hair to keep it out of the way.

Cord Management

If using a corded drill, be mindful of the cord’s position. Keep it away from the drilling area to prevent tripping or accidentally cutting the cord. Use a grounded outlet and extension cord in good condition.

Hearing Protection

Prolonged exposure to loud drilling noises can damage your hearing. Consider wearing earplugs or earmuffs, especially when working on larger projects.

By consistently implementing these safety measures, you transform your workspace into a haven for creativity and safe productivity. Safety is not an afterthought; it’s the bedrock of any successful DIY endeavor.

Drilling requires careful attention to safety, including wearing appropriate eye protection and gloves. Once those precautions are in place, your Hyper Tough drill can become a versatile tool, extending beyond drilling holes to efficiently driving screws. The next step is learning how to harness its screwdriving potential.

Basic Screwdriving Techniques with Your Hyper Tough Drill

Many beginners are surprised to learn that their drill can also function as a powered screwdriver. This versatility makes it an even more valuable asset for DIY projects and quick repairs around the house. While a dedicated power screwdriver might offer specialized features, your drill is perfectly capable of handling most common screwdriving tasks.

Understanding the Forward/Reverse Switch

The forward/reverse switch is the key to screwdriving. This simple control dictates the direction of the drill’s rotation, determining whether a screw is driven in or backed out.

• Driving Screws (Forward): To drive a screw, ensure the switch is set to the "forward" position. The specific symbol or marking may vary slightly depending on your Hyper Tough drill model, but it generally indicates clockwise rotation. Applying steady pressure and controlling the drill’s speed, as discussed earlier, will allow you to drive the screw securely into the material.

• Removing Screws (Reverse): When you need to remove a screw, simply flip the switch to the "reverse" position. This will cause the drill to rotate counter-clockwise, backing the screw out of the material. Again, consistent pressure and controlled speed are crucial to prevent stripping the screw head or damaging the surrounding material.

Selecting the Right Screwdriving Bit

Just as you need different drill bits for various materials, using the correct screwdriver bit is equally essential for effective screwdriving. Ensure you have a set of screwdriver bits, including various sizes of:

• Phillips head: The most common type for general use.
• Flat head: For older screws or specific applications.
• Square head (Robertson): Often used in woodworking.
• Torx: Increasingly popular for their superior grip and resistance to stripping.

Selecting the right bit size is crucial. A bit that is too small will likely slip and damage the screw head. A bit that is too large might not engage properly. Always use a bit that fits snugly into the screw head for optimal grip and torque transfer.

Setting the Torque (Clutch)

Many Hyper Tough drills have an adjustable clutch, indicated by a numbered collar behind the chuck. This clutch limits the amount of torque the drill applies to the screw. This feature is particularly important for:

• Preventing overdriving: Overdriving a screw can strip the threads in the material, leaving the screw loose and ineffective.

• Protecting delicate materials: Using too much torque can crack or damage soft materials like drywall or plastic.

Start with a low torque setting and gradually increase it until the screw is driven flush with the surface without stripping the head or damaging the material. Experiment to find the right setting for each specific application. If your drill lacks a clutch, precise speed control becomes even more critical to avoid overdriving.

Maintaining Control and Applying Proper Pressure

• Control is paramount for successful screwdriving. Start with the drill bit aligned perfectly with the screw head. Apply consistent, moderate pressure. Avoid forcing the screw, as this can lead to slippage and damage.

• Keep the drill straight and perpendicular to the surface. Tilting the drill can cause the bit to slip out of the screw head, damaging both the screw and the surrounding material.

• For stubborn screws, consider pre-drilling a pilot hole, especially when working with hardwoods. This provides a guide for the screw and reduces the risk of splitting the wood.

Troubleshooting Common Drilling Issues: Solutions and Tips

Even with the best preparation, drilling can sometimes present unexpected challenges. Knowing how to address these common issues will save you time, frustration, and potential damage to your materials or drill. Here’s a guide to troubleshooting some frequent drilling problems.

Drill Bit Slipping: Causes and Solutions

One of the most common frustrations is a drill bit that won’t stay put. Slipping can damage the material surface and make it difficult to start a hole accurately.

Common Causes of Drill Bit Slippage

Several factors can contribute to this problem:

• Dull Drill Bit: A dull bit requires excessive force, making it prone to wander.

• Incorrect Drill Bit Type: Using a bit designed for metal on wood, or vice-versa, can cause slipping.

• Insufficient Pressure: Too little pressure won’t allow the bit to grip the material.

• Angle of Attack: Starting at an angle increases the likelihood of the bit skidding across the surface.

Solutions to Stop Drill Bit Slippage

Fortunately, addressing drill bit slippage is often straightforward:

• Sharpen or Replace Dull Bits: Keep your drill bits sharp or replace them when they become dull. A sharp bit bites into the material, reducing the chance of slipping.

• Use the Correct Drill Bit: Always select the appropriate bit type for the material you’re drilling.

• Apply Adequate Pressure: Use firm, steady pressure while drilling. Avoid pressing too hard, which can cause the bit to break or the motor to stall.

• Start with a Pilot Hole: A pilot hole provides a guide for the larger drill bit, preventing it from wandering.

• Use a Center Punch: Before drilling metal, use a center punch to create a small indentation. This provides a starting point for the bit and prevents it from slipping on the smooth surface.

Drill Bit Getting Stuck: How to Safely Remove It

Another frustrating issue is a drill bit becoming lodged in the material. Forcing it can damage the material, the drill, or even cause injury.

Reasons for Drill Bit Binding

A drill bit can get stuck for several reasons:

• Overheating: Heat buildup can cause the material to expand and grip the bit.

• Excessive Speed: Drilling too fast can create friction and cause the bit to bind.

• Debris Buildup: Wood chips or metal shavings can accumulate in the hole, tightening around the bit.

• Drilling Too Deep Too Fast: Plunging too aggressively without clearing debris can jam the bit.

Safely Removing a Stuck Drill Bit

Here’s how to safely extract a jammed drill bit:

• Stop Immediately: As soon as you sense the bit binding, stop the drill.

• Reverse the Drill: Try reversing the drill to back the bit out. Apply steady pressure while reversing.

• Use Pliers or Vise-Grips: If reversing doesn’t work, clamp pliers or vise-grips onto the drill bit as close to the material as possible. Gently rock the bit back and forth while pulling it out.

• Lubricate the Bit: Apply lubricant to the bit and the surrounding material. This can help reduce friction and make removal easier.

• Be Patient: Avoid using excessive force, which can break the bit or damage the material.

Drill Overheating: Preventing Damage and Extending Tool Life

Overheating is a sign that your drill is working too hard, which can damage the motor and shorten the tool’s lifespan. Excessive heat can also be a fire hazard.

Causes of Drill Overheating

Several factors can lead to drill overheating:

• Continuous Use: Prolonged, uninterrupted drilling can cause the motor to overheat.

• Excessive Pressure: Forcing the drill to work faster than it’s designed can strain the motor.

• Dull Drill Bit: A dull bit requires more effort to cut, generating excessive heat.

• Inadequate Ventilation: Obstruction of the drill’s ventilation ports can trap heat.

Preventing Drill Overheating

Taking preventative measures is crucial to extend the life of your Hyper Tough Drill:

• Allow Cooling Periods: Take breaks during long drilling sessions to allow the drill to cool down.

• Use Appropriate Speed and Pressure: Avoid forcing the drill. Let the bit do the work.

• Ensure Sharp Drill Bits: As mentioned earlier, sharp drill bits reduce strain on the motor.

• Keep Ventilation Ports Clear: Regularly inspect and clean the ventilation ports to ensure proper airflow.

• Use the Correct Drill for the Job: If you’re consistently encountering overheating, consider whether the drill is adequately powered for the task. A larger, more powerful drill may be necessary for demanding projects.

Even with the best preparation, drilling can sometimes present unexpected challenges. Knowing how to address these common issues will save you time, frustration, and potential damage to your materials or drill. Here’s a guide to troubleshooting some frequent drilling problems.

Maintaining Your Hyper Tough Drill: Ensuring Longevity and Performance

Just like any power tool, your Hyper Tough drill requires regular maintenance to ensure it operates efficiently and lasts for years to come. Overlooking maintenance can lead to diminished performance, breakdowns, and ultimately, a shorter lifespan for your drill.

By investing a little time and effort into proper care, you can keep your drill in top condition and avoid costly repairs or replacements.

The Importance of Regular Maintenance

Neglecting maintenance can lead to several issues. Dust and debris accumulation can clog the motor and internal mechanisms, causing overheating and reduced power. Lack of lubrication can lead to friction and wear on moving parts.

Regular maintenance prevents these problems, ensuring smooth operation, optimal performance, and extended tool life.

Cleaning Your Drill After Use

One of the simplest yet most effective maintenance tasks is cleaning your drill after each use. Dust, debris, and material shavings can accumulate on the drill’s surface and inside its components, hindering performance.

Here’s how to properly clean your Hyper Tough drill:

• Disconnect the Power Source: Always disconnect the drill from the power source (unplug a corded drill or remove the battery from a cordless drill) before cleaning. This prevents accidental activation and ensures your safety.

• Wipe Down the Exterior: Use a clean, damp cloth to wipe down the drill’s exterior, removing any dust, dirt, or grime. Pay close attention to the chuck, handle, and ventilation slots.

• Clean the Chuck: The chuck is a critical component that holds the drill bit. Use a brush or compressed air to remove any debris from the chuck jaws and surrounding area. A clean chuck ensures a secure grip on the drill bit.

• Remove Stubborn Residue: For stubborn residue, such as dried paint or adhesive, use a mild solvent or cleaner specifically designed for tools. Avoid harsh chemicals that could damage the drill’s finish or plastic components.

• Air Vents: Use compressed air to blow out dust and debris from the air vents.

Proper Storage: Protecting Your Investment

Proper storage is just as crucial as regular cleaning. Storing your Hyper Tough drill in a suitable environment protects it from damage and the elements, prolonging its lifespan.

Follow these storage guidelines:

• Clean Before Storing: Before storing your drill, make sure it is clean and dry. This prevents rust, corrosion, and the accumulation of dust or debris during storage.

• Store in a Dry Location: Avoid storing your drill in damp or humid environments, as moisture can cause rust and corrosion. Choose a dry, well-ventilated location, such as a tool cabinet, garage, or workshop.

• Use a Protective Case or Bag: Store your drill in its original case or a dedicated tool bag to protect it from impacts, scratches, and dust. This also helps keep all the drill’s accessories together.

• Battery Storage (Cordless Drills): For cordless drills, store the battery separately from the drill in a cool, dry place. Avoid storing batteries in direct sunlight or extreme temperatures, as this can damage them. Ideally, store the battery at around 40% charge for long-term storage.

• Cord Management (Corded Drills): For corded drills, neatly coil the power cord and secure it with a cable tie or Velcro strap. This prevents the cord from becoming tangled or damaged during storage.

So, that’s the lowdown on how to use hyper tough drill! Go give it a try, and don’t be afraid to experiment. You’ll be a pro in no time.